Covered Models Regarding the basic features, operation and after servicing, please refer to the service manual for LXE10E-1(TR03-06). Followings are t

Transcription

1 Marine type Container Refrigeration Unit Service ManualParts List Optional Functions LXE10E-1A LXE10E-1B LXE10E-1C TR05-07

2 Covered Models Regarding the basic features, operation and after servicing, please refer to the service manual for LXE10E-1(TR03-06). Followings are the differences of parts and software version for each models. List 1: Main alteration contents of each model Model Reference LXE10E-1 LXE10E-1A LXE10E-1B LXE10E-1C page Revised contents Capillary solenoid valve Fitted Not fitted Not fitted Not fitted 2-2 to 5 High pressure tranceducer SPCH01 SPCH01 NSK-BC030F NSK-BC030F 4-24 Low pressor tranceducer SPCL02 SPCL02 NSK-BC010F NSK-BC010F 4-23 Pressure tranceducer Left side of Left side of Right side of Right side of location compressor compressor compressor compressor 2-2 to 5 Relay connector for EV coil Fitted Fitted Not fitted Not fitted 4-17 Weight (Kg) List 2: Main software alteration contents of each model Software version Alteration point Reference page 2404 The range of chilledmode setting temperature: -5.0 C to 10.0 C Addition of Error code E205 ( Abnormal detection of lock current for fan motor) Alteration of setting for manual defrost ending condition

3 Safety Precautions Danger...3 Warning...4 Caution Introduction Operation range Basic Names of components Basic operation of refrigeration unit Operation preparation Starting operation Checking during operation Procedure after operation Adjust the ventilation General description Main specifications Names of components Outside Inside Control box Set point of functional parts and protection devices Operating pressure and running current Operation modes and control Frozen mode Chilled mode Defrosting mode Dehumidification Common control Electronic Controller Function table Basic operation of electronic controller Control panel Operation mode and control Operation procedure Operation procedure flow chart Mode operation procedure Current indication mode Operation setting mode Battery mode Mode operation LED display light-off mode Sensor indication mode Temperature record scroll mode Alarm record scroll mode Setting flow chart Optional function setting mode Basic function setting mode Optional condition setting mode Input data mode Controller software download mode Alarm display and back-up function Alarm list Back-up operation at sensor malfunction Battery Specifications Function Battery check Battery replacement (Rechargeable battery) Information interchange with personal computer Data logging Software configuration Inspection procedure for the electronic controller Controller replacement and initial setting Controller replacement Initial setting & operation procedure PTI (Pre-Trip Inspection) and periodic inspection Inspection item Automatic PTI (Pre-Trip Inspection) PTI selection mode Short PTI (S.PTI) Full PTI (F.PTI) Alarm list during PTI (Pre-Trip Inspection) Manual check (M.CHECK) Chartless function CONTENTS Chart indication mode P code (Pull down time indication) Chartless code display function List of chartless codes H-code d-code: Communication modem Service and Maintenance Maintenance service Collection of refrigerant Gauge manifold Automatic pump down Refrigerant recovery and charge Main components and maintenance Scroll compressor Fan and fan motor PT and CT board (EC9756) Electronic expansion valve Thermostatic expansion valve Suction modulation valve Drier Solenoid valve Discharge pressure regulating valve Check valve High-pressure switch (HPS) Low pressure transducer (LPT) High pressure transducer (HPT) Water pressure switch (WPS) Humidity sensor Ventilation port opening degree sensor (FA sensor) Air-cooled condenser and evaporator Water cooled condenser Fusible plug Liquid/moisture indicator Evacuation and dehydrating Additional Devices USDA transportation Type of USDA sensor/receptacle Initial setting USDA sensor calibration USDA transportation requirement USDA report Troubleshooting Refrigeration system and electrical system Alarm codes on electronic controller Troubleshooting for automatic PTI (J-code) Emergency operation Emergency operation of controller Short circuit operation of controller Opening adjustment of electronic expansion valve Emergency operation of suction modulating valve Automatic Back up for supply / return air temperature sensors Appendix Standard tightening torques for bolts Standard tightening torques for flare nuts Standard tightening torque for stop valve Resistance of motor coil and solenoid valve coil Standard tightening torque for electronic expansion valve coil (EV coil) HFC134a, temperature-vapor pressure characteristics table Temperature sensor characteristics table Temperature sensor characteristics table DCHS High pressure transducer characteristics table Low pressure transducer characteristics table Piping diagram Pilot lamps Fuse protection table Schematic wiring diagram Stereoscopic wiring diagram

4 2. General description 2.1 Main specifications Defrosting Model Item Condenser cooling system Controller Power supply Compressor Evaporator Air-cooled condenser Water-cooled condenser Evaporator fan Evaporator fan motor Condenser fan Condenser fan motor System Initiation Termination Refrigerant flow control Capacity control Protective devices /Safety devices Refrigerant (charged amount) Refrigerant oil (charged amount) Weight LXE10E-1 Air cooled type DECOS3d AC 3-phase 380V/400V/415V 50Hz, 440V/460V 60Hz Hermetic scroll type (Motor output: 5.5kW) Cross fin coil type Cross fin coil type Shell and coil type Propeller fan Three-phase squirrel-cage induction motor Propeller fan Three-phase squirrel-cage induction motor Hot-gas defrosting system Dual timer, on-demand defrost and manual switch Detecting the temperature of evaporator outlet pipe and return air Electronic expansion valve Capacity control with hot gas bypass and suction modulating valve Circuit breaker, PT/CT board (for over current protection). Compressor thermal protector Condenser fan-motor thermal protector Evaporator fan-motor thermal protector High-pressure switch, Fusible plug, Fuse (10A, 5A) R134a : 5.4 (kg) IDEMITSU, Daphne hermetic oil FVC 46D : 2.2(R) LXE10E-1,1A,1B : 505(kg), LXE10E-1C : 490(kg) 2-1 3

5 2.2 Names of components Outside LXE10E-1, LXE10E-1A Note q Compressor w Compressor suction side stop valve e Compressor disharge side stop valve r Evaporator t Air-cooled condenser y Water cooled condenser u Cooling water inlet connector i Cooling water outlet connector o Evaporator fan!0 Condenser fan!1 Control box!2 Upper ventilator (Above 80m 3 /h)!3 Lower ventilator (Below 80m 3 /h)!4 Sampling port (Return)!5 Gas sampling port Sampling port (Supply)!6 Liquid moisture indicator!7 Drier!8 Access panel!9 Storage space for power Discharge gas by-pass solenoid valve Capillary solenoid valve (CSV) Defrost solenoid valve Economizer solenoid valve Electronic expansion valve Hot-gas solenoid valve Injection solenoid valve Liquid solenoid valve Reheat coil solenoid valve Discharge pressure regulating valve (DPR) #0 Suction modulating valve (SMV) #1 Thermostatic expansion valve (TEV) #2 Ambient temperature sensor (AMBS) #3 Discharge pipe temperature sensor (DCHS) #4 High pressure switch (HPS) #5 High pressure transducer (HPT) #6 Low pressure transducer (LPT) #7 Compressor suction pipe temperature sensor (SGS) Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C

6 LXE10E-1, LXE10E-1A Detail of solenoid valves Note CSV RSV HSV DSV BSV ISV ESV EV Liquid Moisture Indicator TEV Detail of compressor and refrigerant control devices DCHS HPS HPT LPT Drier Sensor SGS AMBS WPS Valve CDSV CSSV SMV LSV DPR Service w q r t e Port [Valve] [Sensor] BSV :Bypass Solenoid Valve AMBS:Ambient Air Temperature Sensor CDSV:Compressor Discharge Stop Valve DCHS:Discharge Gas Temperature Sensor CSSV :Compressor Suction Stop Valve HPS :High Pressure Switch CSV :Capillary Solenoid Valve Note HPT :High Pressure Tranceducer DSV :Defrost Solenoid Valve LPT :Low Pressure Tranceducer DPR :Discharge Pressure Regulator Valve SGS :Suction Pipe Temperature Sensor EV :Electronic Expansion Valve WPS :Water Pressure Sensor ESV :Economizer Solenoid Valve ISV :Injection Solenoid Valve Note : CSV is fitted only for LXE10E-1 LSV :Liquid Solenoid Valve but not for LXE10E-1A, 1B, 1C. RSV :Reheater Solenoid Valve for dehumidification control SMV :Suction Modulation Valve TEV :Thermostatic Expansion Valve 2-3 5

7 LXE10E-1B, LXE10E-1C q Compressor w Compressor suction side stop valve e Compressor disharge side stop valve r Evaporator t Air-cooled condenser y Water cooled condenser u Cooling water inlet connector i Cooling water outlet connector o Evaporator fan!0 Condenser fan!1 Control box!2 Upper ventilator (Above 80m 3 /h)!3 Lower ventilator (Below 80m 3 /h)!4 Sampling port (Return)!5 Gas sampling port Sampling port (Supply)!6 Liquid moisture indicator!7 Drier!8 Access panel!9 Storage space for power Discharge gas by-pass solenoid valve Defrost solenoid valve Economizer solenoid valve Electronic expansion valve Hot-gas solenoid valve Injection solenoid valve Liquid solenoid valve Reheat coil solenoid valve Discharge pressure regulating valve Suction modulating valve (SMV) #0 Thermostatic expansion valve (TEV) #1 Ambient temperature sensor (AMBS) #2 Discharge pipe temperature sensor (DCHS) #3 High pressure switch (HPS) #4 High pressure transducer (HPT) #5 Low pressure transducer (LPT) #6 Compressor suction pipe temperature sensor (SGS) 6 2-2

8 LXE10E-1B, LXE10E-1C Detail of solenoid valves RSV DSV HSV BSV ESV ISV EV Liquid Moisture Indicator Detail of compressor and refrigerant control devices DCHS HPS HPT LPT Drier Sensor Valve SGS CSSV AMBS WPS SMV w Service Port q tr [Valve] BSV :Bypass Solenoid Valve CDSV:Compressor Discharge Stop Valve CSSV :Compressor Suction Stop Valve DSV :Defrost Solenoid Valve DPR :Discharge Pressure Regulator Valve EV :Electronic Expansion Valve ESV :Economizer Solenoid Valve ISV :Injection Solenoid Valve LSV :Liquid Solenoid Valve RSV :Reheater Solenoid Valve for dehumidification control SMV :Suction Modulation Valve TEV :Thermostatic Expansion Valve LSV e [Sensor] AMBS:Ambient Air Temperature Sensor DCHS:Discharge Gas Temperature Sensor HPS :High Pressure Switch HPT :High Pressure Tranceducer LPT :Low Pressure Tranceducer SGS :Suction Pipe Temperature Sensor WPS :Water Pressure Sensor 2-3 7

9 2.5 OPERATION MODES AND CONTROL There are two main types of operation modes: the cargo cooling control mode and the unit inspection mode. The cargo cooling control mode is explained in this section. For the unit inspection mode, refer to section 3.9. The relationship between the operation mode and setting temperature is as follows. Operation mode (Software version) Setting temperature Control sensor Operation description Frozen mode Chilled mode <+22.8< Return air After temperature sensor -22.0<+13.8< <+86.0< Supply air temperature sensor After <+86.0< Defrosting mode For details, refer to section 3.1 to 3.4. Compressor ON/OFF control Capacity control operation with suction modulating valve and hot-gas bypass control Hot-gas defrosting with refrigerant metering control

10 2.5.1 Frozen mode Control state transition and common control Thermostat ON (Pull-down range) Compressor Running Evaporator fan Low speed (L) Continuous compressor running for 2 minutes or more and RS SP 1 Pump down Compressor Evaporator fan Running Low speed RS > SP LPT<0kPa Thermostat OFF Compressor Evaporator fan Stop Low speed RS : Return air temperature SP : Setting point temperature LPT : Low pressure transducer Operation of magnetic contactor and solenoid valve Magnetic contactor Solenoid valve Component name Thermostat ON Pump down Thermostat OFF Compressor CC ON ON OFF Evaporator fan. High speed EFH OFF OFF OFF Evaporator fan. Low speed EFL ON ON ON Condenser fan CF ON / OFF1 ON / OFF1 OFF Liquid solenoid valve LSV ON OFF OFF Economizer solenoid valve ESV ON(OFF3) ON(OFF3) OFF Injection solenoid valve ISV OFF(ON2) OFF(ON2) OFF Hot-gas solenoid valve HSV OFF OFF OFF Defrost solenoid valve DSV OFF OFF OFF Discharge gas by-pass solenoid valve BSV OFF OFF OFF Capillary solenoid valve4 CSV OFF OFF OFF Suction modulating valve SMV 100% Electronic expansion valve EV 10 to 100% Note) 1: High pressure control 2: Injection control (Refer to Page 2-25) 3: Economizer control (Refer to Page 2-26) 4: CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C

11 (1) Set point temperature and control sensor When the set point temperature (referred to as SP hereafter) is 5.1 C(+22.8 F) or lower, the compressor is operated ON and OFF, in response to return air temperature. (2) Control qwhen the control temperature reaches SP 1.0 C (point A), the compressor and condenser fan are turned off after the liquid solenoid valve has been de-energized and the pump down operation has been completed. wwhen the control temperature exceeds SP, the compressor, liquid solenoid valve and condenser fan are turned on. However, the compressor runs for at least 2 minutes every time once it is turned on. Even if the control temperature becomes SP or lower (point C) within 2 minutes after the compressor is turned on, the compressor, condenser fan and liquid solenoid valve are not turned off. (2 minutes compressor forced operation) 10 C SP+1 C SP SP 1 C SP 2 C SP 3 C A C Note FROZEN (Return air < 5 C) EV:Elec.Exp.Valve HSV:Hot Gas Solenoid Valve LSV:Liquid Solenoid Valve ISV:Injection Solenoid Valve DSV:Defrost Solenoid Valve BSV:Discharge gas Bypass Solenoid Valve ESV:Economizer Solenoid Valve LPT:Low Pressure Transducer DPR:Discharge pressure regulator HPT:High Pressure Transducer SMV:Suction Modulation Valve HPS:High Pressure Switch. WPS:Water pressure switch CSV:Capillary solenoid valve. Note Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C

12 2.5.2 Chilled mode Control state transition and common control START SSSP+1.5 C SS<SP+1.5 C Pull-down SSSP+1.5 C SSSP+5.0 C RSSP+1.0 C Heat-up Capacity control SSSP+1.0 C and 3-minutes elapse (SSSP 3.0 C and 3-minutes elapse) or (SSSP 0.5 C and 30-minutes elapse) Overcool protection SS : supply air sensor temperature SP: Set point temperature SSSP 0.5 C and 3-minutes elapse Operation of magnetic conductor and solenoid valve Magnetic contactor Solenoid valve Component name Pull-down Capacity control Heat-up Overcool protection Compressor CC ON ON ON OFF Evaporator fan. High speed EFH ON ON ON ON Evaporator fan. Low speed EFL OFF OFF OFF OFF Condenser fan CF ON / OFF1 ON / OFF4 ON / OFF1 OFF Liquid solenoid valve LSV ON ON OFF OFF Economizer solenoid valve ESV ON / OFF5 OFF OFF OFF Injection solenoid valve ISV ON / OFF2 ON / OFF4 ON / OFF3 OFF Hot-gas solenoid valve HSV OFF ON / OFF4 ON OFF Defrost solenoid valve DSV OFF ON / OFF4 ON OFF Discharge gas by-pass solenoid valve BSV OFF ON / OFF4 OFF OFF Capillary solenoid valve6 CSV OFF OFF OFF OFF Suction, modulating valve SMV 12 to 100%1 3 to 100% 100% 100% Electronic expansion valve EV 10 to 100% 10 to 100% 0% 50% Note) 1: High pressure control 2: Discharge gas temperature control 3: Charge control 4: Capacity control and hot gas by-pass 5: Economizer control 6: CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C

13 (1) Set point temperature and control sensor Chilled operation When the set point temperature is 5.0 C ( 41 F) or higher, the suction modulating valve (SMV) is controlled sensing the supply air temperature in order to adjust the cooling capacity. (2) Control (a) Pull-down operation Pull-down operation is carried out with fully opened suction modulating valve when the control temperature is higher than the set point temperature for 1.5 C or more (point q). (b) Capacity control operation When the control temperature reaches the point w, the in-range lamp is turned on. At the same time, the suction modulating valve is activated to conduct the capacity control operation. The control temperature converges to the set point 1 temperature (point e) while repeats temperature increasing and decreasing. + 2 C 5 During capacity control, hot gas by-pass (HSV, DSV, BSV) + 1 C 2 and liquid injection (ISV) are conducted in order to maintain the optimum operation condition of refrigerant system. SP (c) Heat-up operation 1 C When the control temperature is lower than [set point 2 C temperature +1.5 C] (point r), the heat-up operation 4 using hot gas is conducted in order to raise the return air 3 C 6 temperature to the [set temperature +1.5 C] (point t). (d) Overcool protection operation Although the unit's operation is in a stable state, if the control temperature lowers below set point temp 3 C (point y), the compressor stops and only the evaporator fan continues to operate. 3 Note Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C

14 2.5.3 Defrosting mode Start defrosting Yes Defrost lamp (red) ON Pump down Defrosting range Compressor Evaporator fan Condenser fan Defrosting solenoid valve Hot gas solenoid valve ON OFF ON/OFF ON ON Is terminating condition OK? No Yes Defrosting lamp (red) OFF Evaporator fan On after delay of 60 seconds Return to frozen, chilled or partial frozen operation Operation of magnetic contactor and solenoid valve Magnetic contactor Solenoid valve Component name Pump down Defrosting Compressor CC ON ON Evaporator fan. High speed EFH Evaporator fan. Low speed EFL ON/OFF3 OFF Condenser fan CF ON/OFF1 ON/OFF1 Liquid solenoid valve LSV OFF OFF Economizer solenoid valve ESV ON/OFF4 OFF Injection solenoid valve ISV OFF (ON5) ON/OFF2 Hot-gas solenoid valve HSV OFF ON Defrost solenoid valve DSV OFF ON Discharge gas by-pass solenoid valve BSV OFF OFF Reheat solenoid valve RSV OFF OFF(ON6) Capillary solenoid valve7 CSV OFF OFF Suction modulating valve SMV 100% 100% Electronic expansion valve EV 10 to 100% 5% Note) 1: Pressure control 2: Charging control 3: Frozen mode... EFL ON, Chilled mode... EFH ON 4: Economizer control 5: Discharge gas temperature control 6: EOS>15 C 7: CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C

15 Defrosting operation (1) Defrosting system A hot-gas defrost system is adopted in the units; i.e. the high temperature and high pressure refrigerant (hot gas) from the compressor is sent to the evaporator and drain pan for defrosting. Since the evaporator is heated directly by the hot gas (refrigerant), defrosting can be performed effectively. (2) Defrosting initiation Defrosting is initiated by the timer or the manual defrost key. However, defrosting is not initiated when frosting on the evaporator can not be detected. Evaporator inlet temperature : 5 C or higher Evaporator outlet temperature : 20 C or higher qinitiation by timer (Timer is set at the electronic controller, refer to section for its operating method.) Type of timer Defrosting interval set Function Long timer 3, 6, 9, 12, 24 and 99 1 hours are Regardless of the control temperature, defrosting selectable. is initiated according to the selected interval. Defrosting is initiated every 4 hours until the control temperature comes within the in-range after pull-down. Short timer 4 hours 2 When the temperature is in-range, defrosting timer will change into the selected long timer. After the control temperature comes within Out-range timer 30 minutes in-range once, defrosting will be started 30 minutes later if the control temperature rises out of the in-range. 1. Refer to "(3) On-demand defrost" 2. 6 hours when the control temperature is 20 C or below. wstarting by MANUAL DEFROST key (on the operation panel sheet key) Press the MANUAL DEFROST key, then press the ENTER/ESC key while indicate "ON" on the LED display. The manual defrosting operation starts. einitiation by frost detection If the suction air temperature does not drop at the speed of 0.2 C/1hr during frozen pull-down operation, defrosting will be initiated because it is judged that frost is formed on the evaporator. However, if the suction temperature is 20 C or lower, defrosting will not be initiated. (activated) (3) On demand defrost When "99" in long timer is selected, defrosting is activated upon the condition of frost on evaporator coil. This function is only for Frozen setting (SP < 10.1 deg C). and starting with 12 hours. (If this function is selected for chilled setting, defrost initiates every 6 hours automatically.) Procedure: Step 1: After defrost, the controller records compressor running time for 1 st 1 hour. (T1) Step 2: When 12 hours passed after defrost, controller records compressor running time for last 1 hour (T2). And the controller check whether the below condition is satisfied. T2 > T11.15 Step 3: If the above condition is satisfied, defrost is activated. If above condition is not satisfied, defrost is postponed another one hour. After counting up 13 hours, then repeat "Step 2". Defrost will be postponed every one hour until the above condition (Step 2) is satisfied. (Max. 24 hours)

16 (4) Defrosting termination Defrosting will be terminated when any one of the following three conditions is satisfied. qthe below figure is satisfied during defrost. Operating time Status prior to defrosting End conditions Within 30 min. Inside of range EOS30 or EIS85 after startup Outside of range EOS30 or EIS85 30 min. or later Inside of range EOS30 or EIS85 after startup Outside of range EOS30 and RS/DRS15 or EIS85 Note) Table above shows the settings of Software Version 2407 or later. Settings of Software Version 2406 or earlier come to the end conditions for 30 min. or later after startup listed in Table above, regardless of operating time. w90 minutes have elapsed. eany one of protective devices is activated. Note Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C

17 2.5.4 Dehumidification If reheat coil and humidity sensor (Optional) is equipped: The unit have dehumidification control by a reheat coil, which is under the evaporator coil. To execute dehumidification, controller setting is required. (Refer to Page 3-12) In dehumidification, the Reheat Solenoid Valve (RSV)/Capillary Solenoid Valve (CSV Note) opens to give high pressurized refrigerant to reheat coil. The "DEHUMID" LED lamp will light up. The following setting can be made: 1) Dehumidification range: 30%RH 95%RH Note Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C

18 3.4 Alarm display and back-up function Alarm list Alarm Alarm grouping code Alarm content Action with alarm F101 HPS activated within 30 seconds after operation start or protection device Unit stops activated 5 times at start-up operation or Fuse 1 brown (Refer Page 7-8). F109 Low- pressure drops to 85kPa or lower within 2 seconds after operation start. Unit stops F111 HPS does not activate when it reaches to the set value. Unit stops F301 Temperature setting required (SRAM failure) Unit stops F401 Return/Supply air sensor malfunction (at chilled mode) Unit stops F403 Return/Supply air sensor malfunction (at partial frozen mode) Unit stops F603 Suction modulating valve (SMV) does not fully close contrary to the designation or initial setting of the controller is wrong. Unit stops F701 Abnormal high voltage Unit stops F705 S phase became open phase Unit stops F803 Abnormalities, which make it impossible to continue operation (Note2.) Unit stops E101 High-pressure switch activated during normal operation. Restart after 3-minute E103 CTP or electronic OC activated during normal operation. Restart after 3-minute E105 Micro processor OC activated during normal operation. Restart after 3-minute E107 DCHS became abnormal high temperature during operation. Restart after 3-minute In the event the refrigerant circulation rate is low, the unit If this error occurs two times, F803 will stand by for three minutes to restart then. error will be detected to stop the unit. E109 Low pressure drops to 90kPa or lower for 2 seconds Restart after 3-minute or longer successively during normal operaton. E201 Pump down is not completed within 90 seconds. Only alarm display E203 Overcool protection activates in the chilled or partial frozen mode. Restart after 3-minutes (Control temperature SP 3 C or for 3 minutes) E205 Abnormal locked current of evaporator fan motor Only alarm display E207 Defrosting is not completed within 90 minutes Only alarm display E303 Humidity setting required (SRAM failure) Only alarm display E305 Defrost timer setting required (SRAM failure) Only alarm display E307 Calendar setting required (SRAM failure) Only alarm display E311 Trip-start setting required (SRAM failure) Only alarm display E315 PT/CT board failure Restart after 3-minutes E401 Supply air temperature sensor (SS) malfunction Back-up operation E402 Data recorder supply air temperature sensor (DSS) malfunction Back-up operation E403 Return air temperature sensor (RS) malfunction Back-up operation E404 Data recorder return air temperature sensor (DRS) malfunction Back-up operation E405 Discharge air temperature sensor (DCHS) malfunction Only alarm display E406 Suction gas temperature sensor (SGS) malfunction Back-up operation E407 Evaporator inlet temperature sensor (EIS) malfunction Back-up operation E409 Evaporator outlet sensor (EOS) malfunction Back-up operation E411 Ambient sensor (AMBS) malfunction Only alarm display E413 Low pressure transducer (LPT) malfunction Back-up operation E415 High pressure transducer (HPT) malfunction Back-up operation E417 Voltage sensor (PT1) malfunction Only alarm display E421 Current sensor (CT1) malfunction Only alarm display E423 Current sensor (CT2) malfunction Restart after 3-minutes E425 Pulp temperature sensor (USDA1) malfunction Only alarm display E427 Pulp temperature sensor (USDA2) malfunction Only alarm display E429 Pulp temperature sensor (USDA3) malfunction Only alarm display E431 Humidity sensor (HuS) malfunction Only alarm display E433 Cargo temperature sensor (CTS) or box temperature sensor Only alarm display (CBS) malfunction E805 Ventilator opening detector error Only alarm display E603 Suction modulating valve (SMV) malfunction or driver malfunction Back-up operation E607 MDS (sheet key) malfunction Only alarm display E707 Momentary power failure Restart after 3-minutes Display alone or restartable alarm Permanent stop Protection device activation Control error Printed-circuit board failure Sensor alarm Electronic functional part alarm Power supply alarm Operation alarm E807 FA open error when lower ventilator is opened during frozen operation. Only alarm displayed Note 1) The alarm LED does not blink when E code alarm is generated. To check if any alarm generates, use alarm indication function in the section "1. Current indication mode" of "3.3.2 Mode operation procedure. 2) In the event error E101, E103, E107, or E109 occurs 10 times, the system will go to 4-hour standby mode. 3) In case of sensor malfunction, the judgment for sensor malfunction does not perform for 3 minutes before the pressure or temperature reaches to the specified value

19 4.1.3 Automatic Pump Down An automatic pump down system is applied to the unit to prevent the unit from extra decrease of low pressure due to pump down operation or burning of scroll compressor due to a close stop valve. (1) Controller operation qpress Mode. M key twice during operation, and go to Automatic Pump Down OFF P DOWN LED LCD wselect "ON" by using or key, and press key to start the Automatic Pump Down. ON P DOWN *No displayed in LED during Automatic Pump operation P DOWN *When Automatic Pump is completed, "GOOD" is displayed. and the unit stops. GOOD P DOWN eturn the UNIT ON/OFF switch off. Controller display Pump down set Pump down operation Pump down completed COMP. DEFROST IN RANGE DE-HUMID. SUPPLY RETURN ALARM R.H. COMP. DEFROST IN RANGE DE-HUMID. SUPPLY RETURN ALARM R.H. COMP. DEFROST IN RANGE DE-HUMID. SUPPLY RETURN ALARM R.H. When the pump down operation is completed, the unit stops state. When the pump down operation is ended abnormally, "E201" (pump down malfunction) will be displayed. Press key to start pump down Fig. 2 After the automatic pump down operation, conduct the following jobs. qreplacement of drier As soon as the automatic pump down operation is complete, replace the drier in order to prevent air from entering the drier inlet/outlet piping. (Refer to for detail.) wrecovery of refrigerant Conduct the automatic pump down operation in advance and, then, recover the refrigerant. (Refer to s, d for more detail.) erefrigerant charge Operate Automatic pump down when the specific refrigerant amount can not be charged due to the pressure balance. (Refer to f for more detail.)

20 (2) Automatic pump down operation Once the automatic pump down is started, all of the service works from refrigerant collection into the receiver, to the equalizing in suction piping system, can be executed automatically. When "Good" is displayed, service works such as replacing the dryer, etc. can be conducted without any other operation. q w e r t [Pump down-twice] wewe [Preperation] Turn on Automatic pump down. Normal operation for 1 minute. Pump down start Compressor stops at LP 55kPa Compressor continues to stop for 20 seconds. [Pressure equalizing] Increase pressure to 0 300Kpa in low pressure side. [Termination] EV full close Termination GOOD COMP. ON ON OFF OFF OFF LSV ON EV ON ON ON ON ON (full close) SMV ON ON ON ON ON ESV ONOFF DSV HSV ON (1st) BSV ISV ON (2nd) CSVNote Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C. Refrigerant collected line after automatic pump dpwn operation Evaporator CSVNote EV Reheat Coil BSV RSV DSV Check valve TEV HSV ESV DPR Condenser (Air) LSV Drier SMV Condenser (Water) Compressor ISV Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C

21 4.1.4 Refrigerant Recovery and Charge Schematic diagram Evaporator CSVNote EV Reheat Coil BSV RSV Check valve HSV DPR TEV ESV Condenser (Air) LSV Drier SMV Condenser (Water) Compressor service port ISV Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C. Service work Service port Remarks Pressure Check High pressure w Take care that the high pressure at the port r & t will be keeping for a while after the unit Low pressure q stops. (r & t are in closed line between check valve and LSV.) Recover refrigerant from port t after t [1] Refrigerant operating Automatic Pump-Down first. Recovery Recover completely refrigerant left in the r & t unit port r & t. After recovering, vacuum from port r & t. BSV,DSV,HSV & ISV are reversible in [2] Vacuum & r & t flow. Dehydration The connection at port r is same size as Refrigerant Charge (R134a : 5.4Kg) at q for low pressure. After cavuuming, charge liquid refrigerant te from t first and then from e. If not reached to the specified amount 5.4kg, go to next below. [3] Liquid 1. Operate Automatic Pump-Down first and charging stop it using ON/OFF switch when the e compressure stops during the Auto P.-D. operation. 2. Charge liquid refrigerant from port e

22 (1) Operation Pressure Check Check high pressure from the service port w on the compressor discharge. Check low pressure from the service port q on the compressor suction. Then stop valves is half open. Note ereading the pressure gauge, collect the non-condensable gas repeatedly until condensing pressure equals saturated pressure. (3) Refrigerant Recovery qoperate Automatic Pump Dpwn. wrecover refrigerant from port t. erecover completely refrigerant left in the unit from ports r & t. Note LP HP L Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C. (2) Recovery non-condensable gas If air or other non-condensable gas exists in the refrigerant circuit, it is accumulated in the condenser, which raises pressure in the condenser abnormally high and reduces the heat transfer ratio of the condenser surface resulting in a decrease of the refrigerating capacity. It is, therefore, very important to remove non-condensable gas. If the discharge pressure is abnormally high and does not return to the normal pressure, inspect if air or any other non-condensable gas exists by the following procedure. Conduct automatic pump down operation (see page 4-3) and stop the unit after collecting the refrigerant into the liquid receiver. Run the condenser fan by using the condenser fan check (see page 3-56) in the manual check functions, and wait untill the condenser cooling air inlet/outlet temperatures become equal. If there is any difference between the saturated pressure corresponding to cooling air temperature and condensing pressure, then non-condensable gas exists. In this case, recover non-condensable gas as stated below. qconduct automatic pump down wthen collect the gas from the service port w on the compressor discharge side. Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C

23 (4) Vacuum-dehydrating, and refrigerant / charging If all the refrigerant has leaked out and air is intermixed in the refrigeration circuit, remove the cause of trouble and carry out vacuumdehydrating. Then charge the specified amount of refrigerant. [Required tools] 1. Refrigerant cylinder (content of 20kg) equipped with joint for HFC134a 2. Gauge manifold with quick joints 3. Weighing scale (up to 50kg) 4. Vacuum pump (b) Cylinder weight recording Place a refrigerant cylinder on the weighing scale, and record the weight of the cylinder. (c) Charging of liquid refrigerant 1.After vacuum & dehydration, charge the liquid refrigerant from port t. (Aprrox. 50% of the specified amount will be charged.) Note L (a) Vacuum dehydrating After recovering, connect the vacuum pump to the service ports r and t at the liquid receiver outlet piping and discharge pressure regulating valve inlet, and then vacuum up to 76cmHg. Disconnect the vacuum pump, holding the refrigerant circuit in the vacuum state. However, if air enters in the refrigerant circuit, vacuum up the circuit to 76cmHg and then vacuum the circuit for another 2 hours or more. Note Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C. R134a Figure 1 2.Replace the manifold gauge hose to port e and add the liquid refrigerant. Then if it reached to the specified amount close the cock of the refrigerent cylinder. Note Vacuum Pump Figure 2 Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C. R134a Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C.

24 (2-3) Removal of mounting plate Check the following table to see if the mounting plate should be removed. If the mounting plate must be removed, remove the four screws and dismount the mounting plate. Over current setting and removal of mounting plate Model Spare parts LXE5C LXE10C LXE10D LXE10D LXE10E Type Dual 5HP Dual 10HP Single 10HP Over current setting value 8.5A 15A 26A Jumpers J3 J2 J1 Mounting plate Provided Not to be removed Not to be removed To be removed To be removed : Cut jumper : Do not cut jumper (3) Replacement procedure CAUTION Be sure that the main power is disconnected. q Disconnect the wires routed via CT1 and CT2 from the terminals. At this time, take care to prevent CT1 and CT2 from being damaged. w Disconnect the connector (CN1) for the controller and the connector (CN2) for the main circuit. e Remove four mounting nuts. r After replacing the PT and CT board, connect the lead wired in reverse order of the above removal procedure. t After checking the wiring once, test-run the system to verify that no trouble is found Electronic expansion valve Model Coil : EBM-MD12DM-1 Body : EDM-B804DM-1 This unit adopts an electronic expansion valve. The electronic expansion valve controls the optimum refrigerant flow rate automatically, using the temperature sensor at the evaporator inlet and outlet pipes. In case of emergency including controller malfunctions, refer to the chapter of troubleshooting, section 6.4, Emergency operation. (1) Replacing the coil (After LXE10E-1A) q Cut the binding bands which fasten the lead wires. w Disconnect the lead wire connector. e Loosen the lock nut, then remove the coil from the body. r Install a new coil. Apply the small amount of "Lock-tight" to seal surface and screw of EV body (Don't apply too much "lock-tight".) The tightening torque for installation is 13.7 to 15.7 N m (134 to 164kgf cm). t Restore the binding bands and the lead wire connector into the original state. y After replacing, carry out refrigerant leakage check, and make sure that there are no leaks

25 Binding band q Coil w Lock nut e Body Thermostatic expansion valve (TEV) Model : VTX-3410DMS This is an internal equalizer type of thermostatic automatic expansion valve and installed at the inlet to the heat exchanger (i.e., Economizer), which is used to detect the superheated degree of outlet refrigerant of the heat exchanger (Economizer) and make automatic adjustment of optimum refrigerant amount in response to operation conditions. Feeler tube (2) Replacing the body q Loosen the lock nut, then remove the coil. w Remove the hexagonal head bolts, and cut the pipe on the body, then remove remaining pipes from brazing parts. e Connect a new body to the pipes. Be sure to conduct brazing work while cooling the body below 120 C (248 F) by using wet cloths. r Fix the body to the mounting base. t Remove the cap, and mount the coil. Apply the lock-tight to circumference of seal surface and screws for EV body. Do not apply too much lock-tight. q Coil w Lock nut y Cap (1) Replacement procedure q Remove the feeler tube and fixing bracket from the valve. w Cut the pipe on TEV, then remove remaining pipes from brazing parts. e Connect a new TEV to the pipes. Be sure to conduct brazing work while cooling TEV below 120 C (248 F) by using wet cloths. r Reinstall and fix the feeler tube and capillary. As shown in the figure below, install the feeler tube directly above the pipe. t Body Fixing plate Feeler tube Pipe e Mounting base r Hexagon head bolt t Cover the capillary tube with the heat shrincable tube. y Apply a sillicon sealant to the lock nut section. Seal using with sillicon Sealant u Clamp the lead wire to EV coil body. The edge of the wire protection vinyl tube shall be faced downward to avoid water coming into wire

26 4.2.8 Solenoid valve Two kinds of solenoid valves are employed for the unit. Coil is common and replacement procedure is also almost the same for all types of valves. Valve name Symbol Valve type Type of coil Economizer ESV Solenoid valve. NEV-202DXF Injection Solenoid ISV valve. Discharge gas by-pass Solenoid valve. Liquid Solenoid valve. Defrosting Solenoid valve. Hot gas Solenoid valve. Reheat Solenoid valve. Capillary Solenoid valve. Note BSV LSV DSV HSV RSV CSV NEV-803DXF NEV- MOAB507C Note : CSV is fitted only for LXE10E-1 but not for LXE10E- 1A, 1B, 1C. (1) Replacing the coil q Remove the lead wire connector from the inside of the control box, and cut and recover the binding band which fastens the lead wire. w Remove the hexagonal head bolt on the top of the coil to pull the coil out. e Replace the coil with a new one and restore the hexagonal head bolt, the binding band and connector on the original position. When reassembling the coil, the tightening torque should be 2.9 N m (30 kg cm). (2) Replacement of valve body q Remove the hexagonal head bolt on the top of the coil to pull the coil out. w Remove the hexagonal head bolt of the fixing plate, and cut the two pipes at the side of the valve body. Disconnect the remaining pipes at the brazed joint sections. e Insert the new valve body into the pipe and conduct brazing while keeping the temperature of the valve body below 120 C (248 F) by cooling. r Install the coil and restore the hexagonal head bolt of the fixing plate and the connector into their original position. w Hexagon head bolt e Coil q Lead wire NEV-803DXF Fig. 1 r Valve body q Hexagon head bolt w Coil e Valve body NEV-202DXF Fig. 2 t Hexagon head bolt for fixing plate r Fixing plate

27 High-pressure switch (HPS) Model ACB-KB15 Set point OFF : 2400kPa (24.47kg/cm 2 ) ON : 1900kPa (19.37kg/cm 2 ) When the refrigeration pressure of the unit rises abnormally, the compressor stops for safety. The HPS will be activated when the pressure exceeds the set point, as a result of trouble with the condenser fan. (1) Replacement procedure q Disconnect the lead wire from the control box. w In order to prevent refrigerant from flowing out, disconnect the high-pressure gauge piping from the gauge joint (with check valve) A on the compressor side. e Remove the flare nut B and mounting screws of HPS on the casing at the left side of the compressor. r Replace the HPS. After tightening the flare nut B, tighten the flare nut A. t After tightening A, slightly loosen the flare nut B, remove air, and retighten B. y After replacing carry out the refrigerant leakage check, and make sure that there are no leaks Low pressure transducer (LPT) Model LXE10E-1,1A LXE10E-1B,1C Transducer type SPCL02 NSK-BC010F Identification color Transducer Blue seal Black body Connector Blue tape Nothing The LPT is located in the refrigerant circuit. The operating low pressure value is displayed on the controller indication panel. (1) Replacing the transducer q Disconnect the lead wire from the control box. w In order to prevent refrigerant from flowing out, disconnect the low-pressure transducer piping from the gauge joint (with check valve) C on the compressor side. e Remove two screws on the clamp plate fixing low pressure transducer in place, and cut the binding bands. w Binding band w Binding band q Clamp plate r Remove the heat shrinkage tube, and disconnect the connector from the low pressure transducer. LXE10E-1, 1A Low pressure transducer Connector B HPT HPS D Disconnect flare nut here COMPRESSOR LXE10E-1B, 1C Low pressure transducer Union joint Connector A Disconnect flare nut here C LPT t Insert the pressure transducer cable through the heat shrinkage tube, and connect the union joint and connector to the new low pressure transducer. If paint on the low pressure transducer is peeled off, apply clear lacquer. Low pressure transducer Union joint Heat shrinkage tube Connector CAUTION Do not expose the low pressure transducer to hot air of a dryer for excess time. Otherwise, the transducer may be damaged

28 y Apply the heat shrinkage tube in the following position, then shrink it with hot air of a dryer. Low pressure transducer cable side q Heat shrinkage tube w Connector Make the heat shrinkage tube fit in this area r Dryer Gauge pipe side u Apply sealer between the heat shrinkage tube and the flare nut. (Sealer :KE4898) Sealer e Flare nut i Fix the low pressure transducer with the clamp plate, and fix the cable with the binding band. Fix the shrinkage tube end of the cable side downward for prevention of water entering into the tube Water pressure switch (WPS) Type: LCB-MB10 Set value: OFF 98kPa (at 1.0-kg/cm 2 pressure) ON 39kPa (at 0.4 kg/cm 2 pressure) This switch is used to select air-cooled operation or water-cooled operation. When the cooling water flows to provide an inlet water pressure of the set value or more, a contact in the switch turns OFF to stop the condenser fan, thus switching the unit to water-cooled operation. (1) Replacement procedure q Disconnect the WPS cable from the controller terminal board. w Stop the cooling water pump and make sure no water pressure is applied. Then, disconnect the WPS. e Replace the WPS and wrap dry seal tape around the threaded part. Then, tighten a new WPS. q q Clamp plate w w Binding band t e q Water pressure switch (WPS) w Cooling water inlet joint Fix the tube directing the end downward r e Cooling water outlet joint r Cap for inlet joint t Cap for outlet joint High pressure transducer (HPT) Model LXE10E-1,1A LXE10E-1B,1C Transducer type SPCH01 NSK-BC030F Identification color Transducer Red seal Red & Brown body Connector Red tape Nothing The HPT is located in the refrigerant circuit. The operating high pressure value is displayed on the controller indication panel. (1) Replacement procedure The replacement procedure is the same as that for the low pressure transducer. Make sure that the fixing position and the cable connection is correct Humidity sensor Please replace sensor every 2 years. (The accuracy of sensor shall be kept within ±5%RH)

29 Alarm code Content Possible cause E201 Pump-down does not end Injection solenoid valve does Wrong wiring within 60 seconds. not close. Coil burned out Coil fell out Leakage of hot gas solenoid valve Valve blocked with contamination Defrosting solenoid valve Valve blocked with contamination Discharge gas by-pass solenoid valve Valve blocked with contamination Low pressure sensor value is Printed-circuit board malfunction abnormal Pressure sensor malfunction E203 Overcool protection function Suction modulating valve does Lead wire breakage actuate (control sensor not operate. Wrong wiring SP 3.0) in the chilled ot partial Coil burned out frozen mode for 3 minutes or Adopter PCB is defective longer. Valve blocked with contamination Insufficient evaporator fan air flow rate Air passage is blocked by foreign materials (Only for partial frozen mode) Evaporator fan damaged Air short circuit around evaporator Evaporator fan motor thermal Evaporator fan interferes with guide protector activates Lead wire breakage Air passage is blocked by foreign material E205 Abnormal current of evaporator Malfunction of wiring fan motor is detected Disconnection of lead wire Air passage is blocked by obstacle Coil burnt out Damaged bearing E207 Defrosting time is 90 minutes Evaporator outlet sensor gets off from the evaporator outlet tube. long Insulation pipe cover of evaporator outlet sensor is improperly installed. Evaporator outlet sensor is defective. Defrosting solenoid valve does Lead wire breakage not open Coil burned out Valve blocked with contamination Hot gas solenoid valve does Lead wire breakage not open. Coil burned out Valve blocked with contamination Injection solenoid valve does Lead wire breakage not open Wrong wiring Coil burned out Coil fell out Valve blocked with contamination High-pressure transducer or low-pressure transducer malfunction. Evaporator outlet sensor value Printed-circuit board malfunction is abnormal Sensor malfunction Excessive frosting E303 Humidity setting request E305 Defrosting interval setting request E307 Calendar setting request CPU board (SRAM) malfunction Resetting E311 Trip start setting request E401 Supply air temperature sensor Line breakage (SS) malfunction Short circuit Wrong wiring Sensor value is abnormal Printed-circuit board malfunction E402 Data recorder supply air Line breakage temperature sensor (DSS) Short circuit malfunction Wrong wiring Sensor value is abnormal Printed-circuit board malfunction E403 Return air temperature sensor Line breakage (RS) malfunction Short circuit Wrong wiring CPU board malfunction E404 Data recorder return air Line breakage temperature sensor (DRS) Short circuit malfunction Wrong wiring CPU board malfunction E405 Discharge temperature sensor Line breakage (DCHS) malfunction Short circuit Wrong wiring CPU board malfunction

30 Alarm code Content Possible cause E406 Suction gas sensor (SGS) Line breakage malfunction Short circuit Wrong wiring CPU board malfunction E407 Evaporator inlet sensor (EIS) Line breakage malfunction Short circuit Wrong wiring CPU board malfunction E409 Evaporator outlet sensor Line breakage (EOS) malfunction Short circuit Wrong wiring CPU board malfunction E411 Ambient sensor (AMBS) Line breakage malfunction Short circuit Wrong wiring CPU board malfunction E413 Low pressure transducer Line breakage (LPT) malfunction Short circuit Wrong wiring CPU board malfunction E415 High pressure transducer Line breakage (HPT) malfunction Short circuit Wrong wiring CPU board malfunction E417 Voltage sensor (PT1) Sensor malfunction malfunction CPU board malfunction E419 Voltage sensor (PT2) Sensor malfunction malfunction CPU board malfunction E421 Current sensor (CT1) Sensor malfunction malfunction CPU board malfunction E423 Current sensor (CT2) Sensor malfunction malfunction CPU board malfunction E425 Pulp temperature sensor Wrong wiring in the USDA receptacle. E427 (USDA1 to 3) malfunction Line breakage in the USDA receptacle. E429 Short circuit in the USDA receptacle. Junction cable breakage Junction cable poor contact Wrong wiring in the control box Short circuit in the control box Pulp temperature sensor malfunction CPU board malfunction E431 Humidity sensor (HuS) Lead wire breakage malfunction Wrong wiring Humidity sensor malfunction CPU board malfunction E603 Line breakage of suction Lead wire breakage modulating valve (SMV) or Wrong wiring drive circuit malfunction or CPU board malfunction wrong setting of controller Wrong setting of initial setting of controller (DECOS a, b, c) E607 Abnormal contact point of Switch malfunction manual defrost key Short circuit (sheet key) CPU board malfunction E707 Momentally power failure Commercial power supply stops for 40 to 300msec. E807 Lower ventilator is opened Lower ventilator is opened during frozen operation

31 7.4 Resistance of motor coil and solenoid valve coil Symbol Parts name Value of resistance Ω CM Compressor motor coil C) CFM Condenser fan motor coil 57.2Ω EFM Evaporator fan motor coil 19.4Ω LSV Liquid solenoid valve coil HSV Hot gas solenoid valve coil DSV Defrosting solenoid valve coil ISV Injection solenoid valve coil ESV Economizer solenoid valve coil 15.2±1.1Ω (common) BSV Hot gas by-pass solenoid valve coil RSV Reheat coil solenoid valve coil CSV Capillary solenoid valve coil Note EV Electronic expansion valve coil White - Red : 150Ω Orange - Red : 150Ω Yellow - Brown : 150Ω Blue - Brown : 150Ω SMV Suction modulation valve coil Blue - Yellow : 113Ω Black - White : 113Ω Remarks White (COM) Red Orange Yellow Brown Blue (COM) Blue Yellow The values of resistance are at room temperature excluding those of compressor. Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C. Black White 7.5 Standard tightening torque for electronic expansion valve coil (EV coil) N m kgf cm Ibf ft 13.7 to to to

32 7.11 Piping diagram LXE10E Note EV:Electronic Expansion Valve SMV:Suction Modulation Valve DPR:Discharge pressure regulator LSV:Liquid Solenoid Valve HSV:Hot Gas Solenoid Valve DSV:Defrost Solenoid Valve ISV:Injection Solenoid Valve ESV:Economizer Solenoid Valve BSV:Discharge Gas Bypass Solenoid Valve WPS:Water pressure switch CSV:Capillary Solenoid Valve Note : CSV is fitted only for LXE10E-1 but not for LXE10E-1A, 1B, 1C

33

34 7.14 Schematic wiring diagram LXE10E-1A, 1B, 1C

35 7.15 Stereoscopic wiring diagram LXE10E-1A, 1B, 1C

36 LXE10E-1TR03-08 LXE10E-1 LXE10E-1A LXE10E-1B LXE10E-1C CSV 2-25 SPCH01 NSK-BC030F 4-24 SPCL02 NSK-BC010F EV 4-17 kg E

37 LED PTI PTI PTI S.PTI F.PTI PTI M.CHECK P PT/CTEC TEV HPS LPT HPT WPS USDA USDA USDA USDA USDA PTIJ EV HFC134a SS/RS/DSS/DRS/RSS/RRS/EIS/EOS/SGS /AMBS DCHS

38 LXE10E DECOSd AC 3 380V/400V/415V 50Hz440V/460V 60Hz 5.5kW 3 3 PTCT 10A5A R134a5.4kg IDEMITSU, Daphne hermetic oil FVC 46D : 2.2(R) LXE10E-1,1A,1B505kgLXE10E-1C490kg

39 LXE10E-1, LXE10E-1A q w e r t y u i o!0!1!2 80m 3 /h!3 80m 3 /h!4!5!6 /!7!8! DPR #0 SMV #1 TEV #2 AMBS #3 DCHS #4 HPS #5 HPT #6 LPT #7 SGS LXE10E-1LXE10E-1A

40 LXE10E-1, LXE10E-1A CSV RSV HSV DSV BSV ISV ESV EV TEV DCHS HPS HPT LPT [] CDSV SGS AMBS WPS CSSV SMV w q r t e BSV : CDSV: CSSV : CSV : DSV : DPR : EV : ESV : ISV : LSV : RSV : SMV : TEV : LXE10E-1LXE10E-1A 2-3 LSV DPR [] AMBS: DCHS: HPS : HPT : LPT : SGS : WPS : 39

41 LXE10E-1B, LXE10E-1C q w e r t y u i o!0!1!2 80m 3 /h!3 80m 3 /h!4!5!6 /!7! SMV #0 TEV #1 AMBS #2 DCHS #3 HPS #4 HPT #5 LPT #6 SGS

42 LXE10E-1B, LXE10E-1C RSV DSV HSV BSV ESV ISV EV DCHS HPS HPT LPT SGS CSSV AMBS WPS SMV LSV w q tr e [] BSV : CDSV: CSSV : DSV : DPR : EV : ESV : ISV : LSV : RSV : SMV : TEV : [] AMBS: DCHS: HPS : HPT : LPT : SGS : WPS :

43 <+22.8< ONOFF <+13.8< <+86.0< <+86.0<

44 RSSP-1 ON L RSSP OFF ON OFF CC ON ON OFF EFH OFF OFF OFF EFL ON ON ON CF ONOFF1 ONOFF1 OFF LSV ON OFF OFF ESV ON(OFF3) ON(OFF3) OFF ISV OFF(ON2) OFF(ON2) OFF HSV OFF OFF OFF DSV OFF OFF OFF BSV OFF OFF OFF 4 CSV OFF OFF OFF SMV 100% EV 10100% LXE10E-1LXE10E-1A

45 (1) SP FONOFF (2) 1 SP1.0AOFF OFF 2 SP ON 1 ON 2 ON 2 SPC OFF 2 10 SP1 SP SP1 SP2 SP3 A C FROZEN (Return air < 5 C) EV: HSV: LSV: ISV: DSV: BSV: ESV: LPT: DPR: HPT: SMV: HPS: WPS: CSV: LXE10E-1LXE10E-1A

46 2.5.2 START SSSP+1.5 SSSP1.5 SSSP1.5RSSP1.0 SSSP+5.0 SSSP SSSP3.0 3 SSSP SSSP0.53 SS SP CC ON ON ON OFF EFH ON ON ON ON EFL OFF OFF OFF OFF CF ONOFF1 ONOFF4 ONOFF1 OFF LSV ON ON OFF OFF ESV ONOFF5 OFF OFF OFF ISV ONOFF2 ONOFF4 ONOFF3 OFF HSV OFF ONOFF4 ON OFF DSV OFF ONOFF4 ON OFF BSV OFF ONOFF4 OFF OFF 6 CSV OFF OFF OFF OFF SMV 12~100% 1 3~100% 100% 100% EV 10~100% 10~100% 0% 50% LXE10E-1LXE10E-1A

47 (1) F (2) (a) 1.5 (b) ON 1 HSV,DSV,BSVISV 2 5 (c) SP (d) LXE10E-1LXE10E-1A

48 2.5.3 Yes ON ON OFF ON/OFF ON ON No Yes OFF 60ON CC ON ON EFH EFL ON/OFF3 OFF CF ON/OFF1 ON/OFF1 LSV OFF OFF ESV ON/OFF4 OFF ISV OFFON5 ON/OFF2 HSV OFF ON DSV OFF ON BSV OFF OFF RSV OFF OFFON6 7 CSV OFF OFF SMV 100% 100% EV 10100% 5% 12 3EFLONEFHON 456EOS15 7LXE10E-1LXE10E-1A

49 (1) (2) LEDON 3 0.2/1hr 20 (3) 99 SP st 1hourT1 212last 1hourT2 T2 T

50 (4) EOS30 or EIS85 EOS30 or EIS85 EOS30 or EIS85 EOS30 and RS/DRS15 or EIS85 LXE10E-1LXE10E-1A

51 RSVCSV DEHUMIDLED 130RH95RH LXE10E-1LXE10E-1A

52 F101 30HPS F kPa F111 HPS F301 SRAM F401 SSRS F403 SSRS F603 SMV F701 F705 S F803 2 E101 HPS 3 E103 OCCTP 3 E105 OC 3 E107 DCHS F803 E kPa 3 E E203 3 SP-3.03 E205 E E303 SRAM E305 SRAM E307 SRAM E311 SRAM E315 PTCT 3 E401 SS E402 DSS E403 RS E404 DRS E405 DCHS E406 SGS E407 EIS E409 EOS E411 AMBS E413 LPT E415 HPT E417 PT1 E421 CT1 E423 CT2 3 E425 USDA1 E427 USDA2 E429 USDA3 E431 HuS E433 CTSCBS E805 E603 SMV E607 MDS E707 3 E807 FA 1ELED E101, E103, E107, E

53 4.1.3 (1) M 2 ON LED OFF P DOWN ON P DOWN LED LCD LEDGood ON/OFFOFF P DOWN GOOD P DOWN COMP. DEFROST IN RANGE DE-HUMID. SUPPLY RETURN ALARM R.H. COMP. DEFROST IN RANGE DE-HUMID. SUPPLY RETURN ALARM R.H. COMP. DEFROST IN RANGE DE-HUMID. SUPPLY RETURN ALARM R.H. E

54 (2) q w e r t ON 2 wewe kPa EV 1 LP55kPa GOOD ON ON OFF OFF OFF LSV ON EV ON ON ON ON ON SMV ON ON ON ON ON ESV ONOFF DSV HSV ON1 BSV ISV ON2 CSV LXE10E-1LXE10E-1A Evaporator CSV EV Reheat Coil BSV RSV DSV Check valve TEV HSV ESV DPR Condenser (Air) LSV Drier SMV Condenser (Water) Compressor ISV LXE10E-1LXE10E-1A

55 4.1.4 Schematic diagram Evaporator CSV EV Reheat Coil BSV RSV Check valve HSV DPR TEV ESV Condenser (Air) LSV Drier SMV Condenser (Water) ISV Compressor LXE10E-1LXE10E-1A LSV 1 R134a4.6kg BSV, DSV, HSVISV 5.4kg 1. OFF 2.

56 (1) (3) L LP HP LXE10E-1LXE10E-1A (2) LXE10E-1LXE10E-1A

57 (4) 1. 20kgHFC134a kg 4. (b) (c) (a) 76cmHg 76cmHg2 L R134a 1 LXE10E-1LXE10E-1A 2. LXE10E-1LXE10E-1A 2 R134a LXE10E-1LXE10E-1A

58 (2-3) 4 OC LXE5C LXE10C LXE10D LXE10D LXE10E Dual 5HP Dual 10HP Single 10HP OC 8.5A 15A 26A J3 J2 J1 : : (3) CT1CT2 CT1CT EBM-MD12DM-1 EDM-B804DM (1) LXE10E-1A Nm134164kgfcm

59 (2) F EV EV VTX-3410DMS (1) F

60 NEV-803DXF 1 NEV-202DXF 2 LXE10E-1LXE10E-1A (1) 2.9N m30kgcm (2) F

61 HPS ACB-KB15 OFF 2400kPa24.47kg/F ON 1900kPa19.37kg/F (1) HPS HPS LPT LXE10E-1,1A LXE10E-1B,1C SPCL02 NSK-BC010F (1) C LXE10E-1, 1A HPT HPS B D A COMPRESSOR C LPT LXE10E-1B, 1C

62 KE LCB-MB10 OFF 98kPa1.0kg/cm 2 ON 39kPa0.4kg/cm 2 OFF (1) WPS WPS WPS t e r w q HPT LXE10E-1,1A LXE10E-1B,1C SPCH01 NSK-BC030F RH (1)

63 E E203 SP3.0 3 P E205 E E303 E305 E307 SRAMCPU E311 E401 SS E402 DSS E403 RS CPU E404 DRS CPU E405 DCHS CPU

64 E406 SGS CPU E407 EIS CPU E409 EOS CPU E411 AMBS CPU E413 LPT CPU E415 HPT CPU E417 PT1 CPU E419 PT2 CPU E421 CT1 CPU E423 CT2 CPU E425 USDA13 USDA E427 USDA E429 USDA CPU E431 HuS CPU E603 SMV CPU DECOS a, b, c, d E607 CPU E msec E

65 7.4 CM CFM EFM LSV HSV DSV ISV ESV BSV RSV CSV 1 EV SMV (COM) (COM) 1LXE10E-1LXE10E-1A 7.5 EV N m kgf cm Ibf ft 13.7 to to to

66 7.12 LXE10E-1 EV:Elec.Exp.Valve SMV:Suction Modulation Valve DPR:Discharge pressure LSV:Liquid Solenoid Valve HSV:Hot Gas Solenoid Valve regulator DSV:Defrost Solenoid Valve ISV:Injection Solenoid Valve ESV:Economizer Solenoid Valve BSV:Discharge Gas Bypass Solenoid Valve WPS:Water pressure switch CSV:Capillary solenoid valve RSV:Reheat coil Solenoid valve 1LXE10E-1LXE10E-1A

67

68 LXE10E-1A, 1B, 1C

69 LXE10E-1A, 1B, 1C

70 The parts list contains the parts of the DAIKIN Marine Type Container Refrigeration Units. Please read the following items before using the list. 1. When ordering the parts, be sure to specify the model No., the name of part and the type of part. When ordering the parts for which no parts NO. is shown in the PARTS NO. column, be sure to describe DWG.NO.. 2. The list shows the parts only for replacement or repairing at the job site. Certain parts require a production lead time or are supplied as a set, so please contact with the nearest DAIKIN PARTS CENTRE. 3. Index symbols; Meaning of the ranking A,B and C are as follows; A. The most important spare parts 1. The parts whose malfunction cause fatal damage to the unit. 2. The parts with high risk of malfunction. 3. The parts that are worn out after an extended service period. B. The important spare parts next to A, but the risk of malfunction is not so high. C. The parts with low risk of malfunction, but recommendable to stock to cope with damage during handling of container box and long delivery time, etc. The parts without A, B and C mark is the parts whose necessity is not so high under normal operation. 69

71 Denomination of Model Name L X E E NOMINAL HORSE POWER 5 : 5 10 : 10 CONDENSER COOLING TYPE NIL : AIR and WATER COOLED TYPE A : AIR COOLED TYPE OPTION NUMBER Note) "R" GIVEN AFTER OPTION NUMBER STANDS FOR "REVISION" AND IT IS GIVEN FOR THE UNIT WHICH IS SPECIALLY MODIFIED. L X E E 5 : 5 10 : 10 R 70

72 Page A. Parts related with the unit(outside)72 B. Parts related with refrigerant piping(outside) 76 C. Parts related with the unit(inside) 82 D. Parts related with refrigerant piping(inside) 86 E. Other parts(pipe clamp, sealing and insulation material etc.) 88 F. Control box 102 G. Parts related with name plate108 I. Parts related with option 1 USDA 110 J. Parts related with option 2 MODEM 112 K. Parts related with option 3 Indoor fanguard 114 L. List of size for standard pipe clamp Resin clamp 2. Tube clamp 3. Cushion rubber for pipe clamp M.Note for ordering spare parts Parts recommended to be ordered together with packing, gasket, sealing material and name plate 2. Order for motorized valve, solenoid valve and pressure regulating valve 3. Order for pressure transducer 4. Order for temperature sensor N. Measuring and adjusting tools Tools for emergency operation 2. Personal computer cable (for DCCS) INDEX126 71

73 Parts related with the unit(outside) (Lower ventilator cover detail) A41 A42 A43 A40 A39 A44 A20 A22 A21 A29 A35 A19 A34 A31 A33 A32 A47 A36 A37 A48 A49 A6 A5 A18 A38 A29 A19 A39 A20 A4 (Refer to 118Page) A9 A8 A11 E13 A10 A12 A7 A2 A13 A3 A1 A45 A46 A22 A23 A14 A35 A31 E55 A15 (Refer to 119Page) A32 A40 A24 A34 A33 72

74 Parts related with the unit(outside) NO. PARTS NO. DWG. NO. TYPE SPECIFICATION QTY/UNIT INDEX PARTS NAME LXE10E- 1A 1B 1C A Power calbe(400v) ACS REMARKS A Power calbe(400v) 3P A2 A Condenser fan motor 3P A3 B Fan blade(outside) P44H11S A4 C Service plate ass'y(frp) 1P Refer to Page118 A Access panel(frp) 1P Refer to Page118 A Cushion material(access panel) 3P Refer to Page118 A Sealing material (access panel) 3P Refer to Page118 A Wire clamp 4P A Wire clamp 4P A8 C Drain hose 3P For trap type A Hose band R A Fan guide stay ass'y(outside) 3P A Fan guide(outside) 1P White 1 A Fan guide(outside) 1P A12 C Discharge grill 1PA White 1 A Discharge grill 1PA A Mounting plate 2, cable storage 4P A Front plate(sheet metal) 2P A15 C Front plate(ca) 2P Refer to Page119 A Fixing plate(1) 3P A19 B Ventilation cover 3P Refer to Page119 A Sealing material (ventilator) 4P Refer to Page119 A Hexagon head bolt 4P A Washer (wood) 4SK M A Wing nut 4SK A Wing nut 4SK A Lock nut 4P A Lock nut 4P A Protection cover(2) 4P A Hexagon head bolt R M12X A Latch(victor chain) 4P A Tapping screw 4SK M3 SUS A S Plain washer 4SK M3SUS A Gasket, resin bolt 4PA A Front plate right(1) 3P A Front plate right(2) 3P A Indicator window 4P A Ventilation openning detector 3P A Ventilation cover 3P Refer to Page119 73

75 Parts related with the unit(outside) NO. PARTS NO. INDEX PARTS NAME DWG. NO. TYPE SPECIFICATION A Mounting plate, detector top 3P QTY/UNIT LXE10E- 1A 1B 1C REMARKS A Mounting plate, detector top 3P A Mounting plate, detector body 4P A Front plate, ventilation port side 3P A Packing, ventilation port 4P A Insert screen ass'y 3P A Sealing material (ventilator cover) 4P Refer to Page119 A Sealing material, recorder mounting plate 4P A Right packing(1) 4P A Right packing(2) 4P E Resin clamp NE MILK WHITE E Packing for prevention of vibration 4P

76 Parts related with the unit(outside) NO. PARTS NO. INDEX PARTS NAME DWG. NO. TYPE SPECIFICATION QTY/UNIT LXE10E- 1A 1B 1C REMARKS 75

77 Parts related with refrigerant piping(outside) LXE10E-1A B11(Detail of B11) B7-10 DSV B7-4 B7-4 B11 B23 Feeler bulb inserting pipe B12(Detail of B12) B22 B12 B13(Detail of B13) B7a B7-5 B7-4 B7-5 HSV B7-4 RSV B7-2 EV BSV B7-5 B7-5 B21 B20 B7-7 E105 B7-1 B28 B13 ISV B7-9 B7-3 (Detail of SMV) B8-1-1 B8-1 B8-1-2 B7b B8-1-3 B8-1-5 ESV B7-9 B7-8 B7-10 TEV B7-8 B7-11 B8-1-4 B4-1-3 B4-1-2 B2 B4-1-5 B4-1-4 B6-1 B5-1 B3-4 B5 B10 B3-1 B3-3 SMV B8 LSV B3-2 B4-5 B4-2 B19 B11 B3-5 B6 B3 B6-2 B24 B22 B12 B8-1 B13 B4-1-1 B27 B4-4 B4-6 B4-3 B4 B3-2 B3-2-2 B3-2-3 B17 B16 B18 B15 B14 B3-5-1 B3-5-2 B3-5-3 B1 B25 B9 B9-1 B9-2 B9-3 B9 B4-1 B4-3 B4-3 B4-3-2 B4-3-3 B4-3-1 B

78 LXE10E-1B,1C Parts related with refrigerant piping(outside) B11(Detail of B11) B11 B23 Feeler bulb inserting pipe B12(Detail of B12) B22 B22 DSV 7 HSV 7a BSV ESV ISV 7b B7-8 B7-9 EV B20 C40 B12 B21 B13(Detail of B13) RSV B7-4 B7-3 B7-1 B7-10 B28 B13 B7-7 (Detail of SMV) B8-1-1 B8-1 B8-1-2 B7-5 B7-11 B8-1-3 B8-1-5 B7-2 B8-1-4 B4-1-3 B4-1-2 B2 B4-1-5 B4-1-4 B6-1 B5-1 B3-4 B5 B10 B3-1 B3-3 SMV B8 LSV B3-2 B4-5 B4-2 B19 B11 B3-5 B6 B3 B6-2 B24 B22 B12 B8-1 B13 B4-1-1 B27 B4-4 B4-6 B4-3 B4 B3-2 B3-2-2 B3-2-3 B16 B17 B18 B14 B15 B3-5-1 B3-5-2 B3-5-3 B1 B25 B9 B9-1 B9-2 B9-3 B9 B4-1 B4-3 B4-3 B4-3-2 B4-3-3 B4-3-1 B

79 Parts related with refrigerant piping(outside) NO. PARTS NO. DWG. NO. TYPE SPECIFICATION QTY/UNIT INDEX PARTS NAME LXE10E- 1A 1B 1C B1 A Compressor JT224D-NYR REMARKS B2 C Air cooled condenser CA-LXE10E B Discharge pipe ass'y 2P B3-1 C Strainer 4P B3-2 C Service valve ass'y 3P B3-2-1 B Service valve cap 3P KU B3-2-2 B Service valve body 3P KA B3-2-3 B Valve core 3P KI B3-3 B Check valve 3SA B3-4 A Discharge pressure regulating valve 3P DPR Refer to Page120 B Stop valve ass'y, compressor discharge side 3SA B3-5-1 B Service valve cap 3SA TU B3-5-2 B Service valve body 3SA TA B3-5-3 B Service valve valve core 3SA TI B LSV pipe ass'y(flare nur forging) 3P B Water cooled condenser CU-LXE10E B4-1-1 A Fusible plug 3SA B Water inlet joint R B Water outlet socket 3P B4-1-4 B Water inlet cap 3P B4-1-5 B Water outlet cap 3P B Flare nut(forging) 4SK B4-3 C Service valve ass'y 3P B4-3-1 B Service valve cap 3P KU B4-3-2 B Service valve body 3P KA B4-3-3 B Valve core 3P KI B Filter 3SA B4-5 A NEV type solenoid valve body R NEV-803DXF LSV Refer to Page120 B4-6 A Solenoid valve coil 3P LSV Refer to Page120 B Liquid pipe ass'y 3P B Flare nut 4SK B ESV pipe ass'y 3P B6-1 C Strainer R B Flare nut 4SK B7 Expansion valve pipe ass'y 2P B7a Expansion valve pipe ass'y 2P B7a Expansion valve pipe ass'y 2P B Filter 3P B Filter 3SA B7-2 C Strainer 4P

80 Parts related with refrigerant piping(outside) NO. PARTS NO. DWG. NO. TYPE SPECIFICATION QTY/UNIT REMARKS INDEX PARTS NAME LXE10E- 1A 1B 1C B7-3 A Electronic expansion valve body ass'y 2SA KU EV Refer to Page120 B7-4 A NEV type solenoid valve body R NEV-803DXF BSV,DSV,HSV,RSV Refer to Page120 B7-5 A Solenoid valve coil 3P BSV,DSV,HSV,RSV Refer to Page120 B7-7 A Liquid moisture indicator 3PA SGN12S B7b ISV,ESV,TEV pipe ass'y 2P B7b ISV,ESV,TEV pipe ass'y 2P B7-8 A Nev type solenoid valve body R KI NEV-202DXF Refer to Page120 B7-9 A Solenoid valve coil 3P Refer to Page120 B7-10 C Strainer 4P B7-11 A Expansion valve 3SA Refer to Page120 B Suction pipe ass'y(inside) 3P B8-1 A Suction modulating valve ass'y 2P B Upper cover, suction modulating valve 2P KA B Clamp, suction modulating valve 2P KI B Coil, suction modulating valve 2P KU B Body, suction modulating valve 2P KE B Cover band, suction modulating valve 2P KO B9 C Stop valve ass'y 3SA B9-1 C Service valve cap 3SA TO B9-2 B Service valve body 3SA TE B9-3 B Service valve valve core 3SA NA B10 B Drier ass'y 3P B11 A Sensor, discharge pipe temperature(dchs) 3SA Refer to Page122 B12 A Sensor, ambient air temperature(ambs) 3PA ST9503-6(NIL) Refer to Page122 B13 A Sensor, comp suction pipe temperature(sgs) 3PA ST9503-9(white) Refer to Page122 B Cable(compressor) 3P B Cable(compressor)PNP 3P B15 A Low pressure transducer (LPT) 4PA SPCL02 1 Refer to Page121 B15 A Low pressure transducer (LPT) 3P NSK-BCO10F Refer to Page121 B16 A High pressure transducer (HPT) 4PA SPCH01 1 Refer to Page121 B16 A High pressure transducer (HPT) 3P NSK-BCO30F Refer to Page121 B17 B Cable, high-pressure transducer 3P Refer to Page121 B18 B Cable, low-pressure transducer 3P Refer to Page121 B19 A High pressure switch 3P B20 A Electronic expansion valve coil 2P Refer to Page120 B20 A Electronic expansion valve coil 2P Refer to Page120 B Wire harness(ev junction cable) 3P B Thermostat cover 4P B Thermostat cover(resin) 4P B Mounting spring,thermistor 4PA

81 Parts related with refrigerant piping(outside) NO. PARTS NO. DWG. NO. TYPE SPECIFICATION QTY/UNIT INDEX PARTS NAME LXE10E- 1A 1B 1C B24 A Flange packing, compressor discharge 4SK REMARKS B25 A Flange packing, compressor suction R B27 A Water pressure switch R LCB-MB B Hose band R E Wire harness 4P

82 Parts related with refrigerant piping(outside) NO. PARTS NO. INDEX PARTS NAME DWG. NO. TYPE SPECIFICATION QTY/UNIT LXE10E- 1A 1B 1C REMARKS 81

83 Parts related with the unit(inside) LXE10E-1A C39 C1-2 C8 C1-1 Option C2 C37 C7 E57 C36 C9 C13 Option C12 E57(Detail of E57) INSIDE Sealing compound (KE44RTV or its equivalent) E57 C34 C18 C19 C5 OUTSIDE PUTTY (Equivalent of NEO-SEAL B-1) C19 C22 C3 C6 C38 C28 C36(Detail of C36) C4 C6 C17-2 C30 C29 <> C35 E9 C27 DRS(Blue) C23 C31 C30 C29 C26 RS(Blue) C17-1 C36 C23(Detail of C23) <> C14-1 C14-2 E9 C24 SS(Green) C25 DSS(Green) C37(Detail of C37) E14 F72 E14 C21 C16 C23 C37 82

84 LXE10E-1B,1C Parts related with the unit(inside) C39 C1-2 C8 C1-1 Option C2 C37 C7 E57 C36 C9 C13 Option C12 E57(Detail of E57) INSIDE Sealing compound (KE44RTV or its equivalent) E57 C34 C18 C19 C5 OUTSIDE PUTTY (Equivalent of NEO-SEAL B-1) C19 C22 C3 C6 C38 C28 C36(Detail of C36) C4 C6 C17-2 C30 C29 <> C26 RS (Blue) C27 (Blue,Red) C35 C40 C23 C17-1 C31 C30 C29 C36 C14-1 C23(Detail of C23) C14-2 <> C24 SS (Green) C25 DSS (Green) C37(Detail of C37) E14 F72 E14 C21 C16 C40 C37 C23 83

85 Parts related with the unit(inside) NO. PARTS NO. DWG. NO. TYPE SPECIFICATION QTY/UNIT REMARKS INDEX PARTS NAME LXE10E- 1A 1B 1C C1-1 A Three phase AC fan motor 3PA wire L = 2970 C1-2 A Three phase AC fan motor 3PA wire L = 4120 C2 B Fan Brade(inside) P32P11F C Center stay 3P C Side stay 3P t C Side stay(2) 3P C Rear stay 3P C Support 4P C Plate finned coil frame(1) 2P C Plate finned coil frame(2) 2P C Fan guide fixing plate 3P C Fan guide ass'y 3P C Fan guide ass'y 3P C Set plate, fan motor 3PA C Set plate, fan motor 3P C Rear plate(lower/left) 2P C Rear plate(lower/left) 2P C Rear plate(lower/right) 2P C Rear plate(lower/right) 2P C Supply sensor inspection door 4P C Supply sensor inspection door 4P C Rear plate(middle) 2P C Rear plate(middle) 2P C Rear plate(upper) 2P C Rear plate(upper) 2P C Partition plate (drain outlet) 4P C Reinforce plate, fan motor 4P C Hinge 3P C Support plate 4P C Mounting plate, sensor 3P C Mounting plate 4P C24 A Sensor(SS) 3PA Refer to Page122 C25 A Sensor(DSS) 3PA Refer to Page122 C26 A Sensor(RS) 3PA Refer to Page122 C27 A Sensor(DRS) 3PA Refer to Page122 C Universal nut R C S Speed bolt 4P M6X29(S) C Washer, speed bolt R C Drop out prevention washer R C Cover 3P

86 Parts related with the unit(inside) NO. PARTS NO. DWG. NO. TYPE SPECIFICATION QTY/UNIT INDEX PARTS NAME LXE10E- 1A 1B 1C C Rear plate(middle) fixture 4P REMARKS C Return sensor mounting plate 4P C Return sensor mounting plate 4P C RH sensor mounting plate 4P C Fixing plate, rear plate(upper) 4P C Shield plate 4P C Thermister fixing plate, Resin 3P E Resin clamp NE MILK WHITE 5 E Resin clamp NE E Wiring protection bush 4P BLACK F72 A Humidty sensor (HUS) 3PA RHU-600A-DI

87 Parts related with refrigerant piping(inside) D1 D4 D5 D9 D8 D2 D3-7 D3-5 D3-3 D3-4 D6 D4(Detail of D4) B23 D3-2 E60 Feeler bulb inserting pipe D3 D3-2 D3-11 Feeler bulb D4 D3-6 D3-8 D5(Detail of D5) E30 D3-9 E63 45 Feeler bulb D5 D3-1 D

88 Parts related with refrigerant piping(inside) NO. PARTS NO. DWG. NO. TYPE SPECIFICATION QTY/UNIT INDEX PARTS NAME LXE10E- 1A 1B 1C D1 C Evaporator ass'y CRB-LXE10E REMARKS D2 C Ass'y for pipe of drain pan 2P D Heat exchanger ass'y with insulation 3P D Double tube heat exch. Ass'y 2P D Insulation tube, gas pipe (1) 3P D Insulation tube, gas pipe (1) 3P D Insulation tube, liquid pipe (1) 3P D Insulation tube, liquid pipe (1) 3P D Insulation tube, liquid pipe (2) 3P D Insulation tube, liquid pipe (2) 3P D Thermal insulation tube 4P D Thermal insulation tube 4P D Thermal insulation tube 4P D Thermal insulation tube 4P D Thermal insulation, gas pipe (3) 4P D Thermal insulation, gas pipe (3) 3P D Thermal insulation, liquid pipe (3) 4P D Thermal insulation, liquid pipe (3) 4P D Check valve 4SA D4 A Senser(EIS) 3P Refer to Page122 D5 A Senser(EOS) 3PA Refer to Page122 D Filter 3P D Reheat coil inlet pipe 3P D Reheat coil inlet pipe 3P D Reheat coil outlet pipe 3P D Reheat coil outlet pipe 3P B Mounting spring,thermistor 4PA E Hose band R E Thermal insulation tube 4P E Insulation tube evaporater header 4P

89 Other parts(pipe clamp, sealing and insulation material etc.) LXE10E-1A E16 E13 D D A B K C E A(Detail of A) E18 E99 E86 E96 E91 B(View B) C(View C) 400V cable Compressor cable Feeler bulb inserting pipe Discharge pipe Thermistor E23 E60 E97 Feeler bulb E98 A7 D(Section D) E(View E) E104 CTP E83 E82 E79 E80 Pink Gray Brown Blue Black Compressor lead wire connection Wire colour Wire number 88

90 LXE10E-1A Other parts(pipe clamp, sealing and insulation material etc.) (L = XX mm) indicates the length of cushion rubber E35.(Cut to suit pipe size.) (L = XX mm)(e35)() F/G(View F/G) E16 (L=30mm) E29 H E5 ISV,ESV pipe ass y BSV outlet pipe ISV pipe ass y Discharge pipe Liquid pipe ass y E21 (L=20mm) E22 (L=60mm) E17 (L=40mm) ISV,ESV inlet pipe E4 F E101 (Dryer part detail) E8 E92 E16 (L=30mm) E86 G E100 E19 E1 Drier E7 E33 E87 E20 (L=60mm) E92 E34 H(part H detail) E88 E87 E17 (L=40mm) Piping E85 E89 (Refrigerant piping detail) Connctor (Pressure transducer piping detail) E21 E10 E6 E6 E84 E31 (L=40mm) E21 (L=20mm) 89

91 Other parts(pipe clamp, sealing and insulation material etc.) LXE10E-1A E15 E72 I(View I) Drain pan piping ass y fixing detail E103 J(View J) E11 E12 J E72 I E103 E95 E102 E23 Suction pipe ass y(inside) E94 90

92 LXE10E-1A Other parts(pipe clamp, sealing and insulation material etc.) Supporting plate fan guide Rear plate(upper) E53 E53 E54 E36 K(Part K detail) E41 E37 K E37 E38 E45 E46 E39 E46 E39 E44 E43 E42 91

93 Other parts(pipe clamp, sealing and insulation material etc.) LXE10E-1A N(Part N detail) TX valve feeler bulb E66 E61 ESV pipe ass y SV,EV pipe ass y ISV,ESV,TEV pipe ass y L(View L) EV inlet pipe L TEV outlet pipe E65 E65 Moisture indicator inlet pipe N SMV(SMV insulation detail) E70 E71 E71 E69 E77 E76 E64 E63 E93 92

94 LXE10E-1B LXE10E-1C Other parts(pipe clamp, sealing and insulation material etc.) E13 D D A B C E A(Detail of A) E18 E99 E86 E91 B(View B) C(View C) E96 400V cable Compressor cable Feeler bulb inserting pipe Discharge pipe Thermistor E23 E60 E97 Feeler bulb E98 A7 D(Section D) E(View E) E104 CTP E83 E82 E79 E80 Pink Gray Brown Blue Black Compressor lead wire connection Wire colour Wire number 93

95 Other parts(pipe clamp, sealing and insulation material etc.) LXE10E-1B LXE10E-1C (L = XX mm) indicates the length of cushion rubber E35.(Cut to suit pipe size.) (L = XX mm)(e35)() F/G(View F/G) ISV,ESV pipe ass y E29 E16 E5 BSV outlet pipe ISV pipe ass y ISV,ESV inlet pipe Liquid pipe ass y E31 (L=60mm) Discharge pipe F E10 (Dryer part detail) E8 E92 E100 E16 G E86 E1 Drier E7 E34 E33 E19 (L=50mm) E87 E20 (L=60mm) E87 E88 (Pressure transducer piping detail) E104 E89 (Refrigerant piping detail) E17 E22 E10 E22 E84 E6 94

96 LXE10E-1B LXE10E-1C Other parts(pipe clamp, sealing and insulation material etc.) E15 I(View I) Drain pan piping ass y fixing detail E103 J(View J) J I E103 E95 E102 E23 E94 95

97 Other parts(pipe clamp, sealing and insulation material etc.) LXE10E-1B LXE10E-1C E53 E53 E54 E36 K(Part K detail) E41 E37 K E37 E38 E45 E46 E39 E46 E39 E44 E43 E42 96

98 LXE10E-1B LXE10E-1C Other parts(pipe clamp, sealing and insulation material etc.) N(Part N detail) TX valve feeler bulb E61 E66 ESV pipe ass y L(View L) EV inlet pipe TEV outlet pipe E65 E65 Moisture indicator inlet pipe N SMV(SMV insulation detail) E70 E71 E71 E69 E77 E76 E64 E63 E93 97