ダイキン海上コンテナ冷凍装置Marine type Container Refrigeration Unit

LXE10E-A18CLXE10E-A18D

サービスガイド・パーツリスト

Service Manual・Parts List

オプション機能編・Optional Functions

TR07-06

PDF作成用 2008.02.20 10:36 ページ 1

1

Covered ModelsRegarding the features and operation of the unit, the service guidedescribes the items which are different from those of the service manualTR01-09C.

No. ItemDifferent points from service manual（Maintenance and Repair）

1 Tightening lever for control box cover Quick-lock lever type

2☆ Frozen mode Refer to the details in the following pages.

3☆ Defrosting mode Refer to the details in the following pages.

4☆ Dehumidification function Refer to the details in the following pages.

For the ☆ marked items, refer to the details in the following pages.

5☆ MODE Key (Display panel) Refer to the details in the following pages.

6☆ Operation procedure flow chart Refer to the details in the following pages.

7☆ Automatic Pump Down Refer to the details in the following pages.

8☆ Cable clamp bracket Provided.

9☆ Manual Check Selection Mode Refer to the details in the following pages.

10☆Electronic type temperature recorder(Rechargeable type)

Refer to the details in the following pages.

11☆ TransFRESH Refer to the details in the following pages.

12 Communication MODEM Provided.

13 Temperature setting range ＋30℃～－30℃

14☆ Appendix Refer to the details in the following pages.

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CONTENTS3.5.1 Specifications .......................................3-363.5.2 Function................................................3-363.5.3 Battery check

(When using optional recargeable battery) ...3-363.5.4 Battery replacement

(Rechargeable battery) ............................3-373.6 Information interchange with personal computer...3-38

3.6.1 Data logging .........................................3-393.6.2 Software configuration..........................3-40

3.7 Inspection procedure for the electroniccontroller .....................................................3-42

3.8 Controller replacement and the initial setting...3-433.8.1 Controller replacement .........................3-433.8.2 Compatibility of controller DECOSⅢd with

Ⅲc and Ⅲb ..........................................3-443.8.3 LXE10E-1, LXE10E-A & LXE10D Initial

setting procedure (for spare controller of DECOSⅢd, DECOSⅢc & DECOSⅢb) ...................3-46

3.8.4 LXE10E-1 & LXE10E-A Initial setting tableinto spare controller DECOSⅢd ..........3-47

3.8.5 LXE10E-A Initial setting table into sparecontroller DECOSⅢc ...........................3-48

3.8.6 LXE10D Initial setting table into sparecontroller DECOSⅢb ...........................3-49

3.9 PTI (Pre-Trip Inspection) and periodic inspection ...3-503.9.1 Inspection item .....................................3-513.9.2 Automatic PTI (Pre-Trip Inspection) .....3-54

3.9.2.1 PTI selection mode........................3-553.9.2.2 Short PTI (S.PTI) ...........................3-563.9.2.3 Full PTI (F.PTI) ..............................3-573.9.2.4 Alarm list during PTI

(Pre-Trip Inspection)......................3-583.9.2.5 Manual check (M.CHECK) ............3-59

3.10 Chartless function .....................................3-613.10.1 Chart indication function.....................3-613.10.2 P code (Pull down time indication) .....3-633.10.3 Chartless code display function..........3-64

3.10.3.1 List of chartless code...................3-643.10.3.2 H-code.........................................3-653.10.3.3 d-code: ........................................3-67

3.11 Communication modem ............................3-684. SERVICE AND MAINTENANCE........................4-1

4.1 Maintenance service .....................................4-14.1.1 Collection of refrigerant ..........................4-14.1.2 Gauge manifold ......................................4-14.1.3 Automatic pump down............................4-34.1.4 Refrigerant recovery and charge............4-5

4.2 Main components and maintenance .............4-84.2.1 Scroll compressor...................................4-84.2.2 Fan and fan motor ................................4-124.2.3 PT and CT board (EC9756) .................4-134.2.4 Electronic expansion valve...................4-15

SAFETY PRECAUTIONS• Danger .................................................................3• Warning................................................................4• Caution.................................................................5

1. INTRODUCTION.................................................1-11.1 Operation range ............................................1-11.2 Basic names of components .........................1-11.3 Basic operation of refrigeration unit ..............1-2

1.3.1 Starting operation ...................................1-21.3.2 Checking during operation .....................1-31.3.3 Procedure after operation.......................1-31.3.4 Adjust the ventilation ..............................1-4

2. GENERAL DESCRIPTION.................................2-12.1 Main specifications........................................2-12.2 Names of components ..................................2-2

2.2.1 Outside ...................................................2-22.2.2 Inside......................................................2-52.2.3 Control box .............................................2-7

2.3 Set point of functional parts and protectiondevices.........................................................2-12

2.4 Operating pressure and running current .....2-132.5 Operation modes and control......................2-17

2.5.1 Frozen mode ........................................2-182.5.2 Chilled and partial frozen mode............2-202.5.3 Defrosting mode ...................................2-222.5.4 Dehumidification (Optional) ..................2-252.5.5 Common control ...................................2-26

3. ELECTRONIC CONTROLLER...........................3-13.1 Function table................................................3-13.2 Basic operation of electronic controller .........3-3

3.2.1 Control panel ..........................................3-33.3 Operation procedure .....................................3-6

3.3.1 Operation procedure flow chart ..............3-63.3.2 Mode operation procedure .....................3-9

1. Current (Operation state) indication mode ...3-92. Operation setting mode ........................3-103. Battery mode ........................................3-114. Mode operation ....................................3-125. LED display light-OFF mode ................3-146. Sensor indication mode........................3-157. Temperature record scroll mode ..........3-188. Alarm record scroll mode .....................3-219. PTI record scroll mode .........................3-23

3.3.3 Setting flow chart..................................3-2410. Optional function setting mode...........3-2611. Basic function setting mode ...............3-2712. Optional condition setting mode .........3-2913. Input data mode .................................3-3114. Controller software download mode...3-32

3.4 Alarm display and back-up function ............3-333.4.1 Alarm list...............................................3-333.4.2 Back-up operation at sensor malfunction...3-34

3.5 Back up Battery...........................................3-36

*Diffirences from standard model service manual (TR01-09C) are marked with ☆

☆

☆

☆

☆

☆

☆

☆

☆

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7.10 Piping diagram ............................................7-57.11 Electric wiring pilot lamps and monitoring

circuit...........................................................7-67.12 Fuse protection table...................................7-77.13 Schematic wiring diagram (Connector type

terminal board and rechargeable battery) ...7-97.14 Stereoscopic wiring diagram (Connector type

terminal board and rechargeable battery) ...7-107.15 Schematic wiring diagram (Connector type terminal

board, temperature recorder and dry battery). ..7-117.16 Stereoscopic wiring diagram (Connector type terminal

board, temperature recorder and dry battery) .....7-127.17 Schematic wiring diagram (Screwed cramp

type terminal board, temperature recorder anddry battery) ................................................7-13

7.18 Stereoscopic wiring diagram (Screwed cramptype terminal board, temperature recorder anddry battery) ................................................7-14

8. OPTIONAL FUNCTIONS MANUAL...................8-18.1 Electronic temperature recorder....................8-2

8.1.1 Standard type .........................................8-28.1.2 Rechargeable battery type .....................8-4

8.2 Electronic controller.......................................8-58.2.1 Special operation 1.................................8-58.2.2 Special operation 2.................................8-98.2.3 Special operation 3...............................8-228.2.4 Special controller setting .....................8-268.2.5 Setting temperature and operation mode

(with Partial frozen mode).........................8-308.2.6 Defrost interval .....................................8-318.2.7 G-SET operation 1 ...............................8-328.2.8 G-SET operation 2 .................................8-328.2.9 Valve mode ..........................................8-338.2.10 Dehumidification control .....................8-358.2.11 Manual check selection mode.............8-398.2.12 F.PTI specification ...............................8-408.2.13 Rechargeable battery...........................8-42

8.3 Control box..................................................8-438.3.1 Installation of personal computer receptacle

and spare fuse in the control box .........8-438.3.2 Cable clamp bracket 1..........................8-448.3.3 Cable clamp bracket 2..........................8-45

8.4 USDA transportation.....................................8-468.4.1 Type of USDA sensor/receptacle .........8-468.4.2 Initial setting .........................................8-468.4.3 USDA sensor calibration ......................8-468.4.4 USDA transportation requirement ........8-468.4.5 USDA report required by USDA local officer...8-46

8.5 TransFRESH................................................8-488.6 Special service port ......................................8-50

8.6.1 Collection of refrigerant ........................8-508.6.2 Attaching and removing of manifold gauge...8-50

8.7 Pressure gauge............................................8-52

☆

4.2.5 Suction modulation valve .....................4-164.2.6 Drier......................................................4-174.2.7 Solenoid valve ......................................4-184.2.8 Discharge pressure regulating valve ....4-194.2.9 Check valve..........................................4-194.2.10 High-pressure switch (HPS) ...............4-204.2.11 Low pressure transducer (LPT)..........4-204.2.12 High pressure transducer (HPT) ........4-214.2.13 Air-cooled condenser and evaporator ...4-214.2.14 Fusible plug ........................................4-214.2.15 Liquid/moisture indicator ....................4-224.2.16 Evacuation and dehydrating...............4-23

5. OPTIONAL DEVICES.........................................5-15.1 Electronic temperature recorder....................5-1

5.1.1 Standard type .........................................5-15.1.2 Rechargeable battery type .....................5-3

5.2 USDA transportation .....................................5-45.2.1 Type of USDA sensor/receptacle ...........5-45.2.2 Initial setting ...........................................5-45.2.3 USDA sensor calibration ........................5-45.2.4 USDA transportation requirement ..........5-45.2.5 USDA report required by USDA local

officer......................................................5-45.3 TransFRESH.................................................5-6

6. TROUBLESHOOTING........................................6-16.1 Refrigeration system and electrical system...6-16.2 Alarm codes on electronic controller ...........6-136.3 Troubleshooting for automatic PTI (J-code)...6-176.4 Diagnosis based on the recording chart......6-196.5 Emergency operation ..................................6-22

6.5.1 Emergency operation of controller .......6-226.5.2 Short circuit operation of controller.......6-236.5.3 Opening adjustment of electronic

expansion valve....................................6-256.5.4 Opening adjustment of suction modulation

valve: ....................................................6-266.5.5 Automatic Back up for supply/ return air

temperature sensors ............................6-277. APPENDIX..........................................................7-1

7.1 Standard tightening torques for bolts ............7-17.2 Standard tightening torque for flare nut.........7-17.3 Resistance of motor coil and solenoid valve coil ...7-17.4 Standard tightening torque for electronic

expansion valve coil(EV)...............................7-17.5 HFC134a, temperature-vapor pressure

characteristics table ......................................7-27.6 Temperature conversion table and temperature sensor

(SS/RS/DSS/DRS/RSS/RRS/EIS/EOS/SGS/AMBS)characteristics table.............................................7-3

7.7 Temperature conversion table and temperaturesensor (DCHS) characteristics table..................7-4

7.8 High pressure transducer characteristics table ..7-47.9 Low pressure transducer characteristics table...7-4

☆

☆

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CONTENTS1. NAMES OF COMPONENTS ……………………………………………7

1.1 Outside…………………………………………………………………71.2 Inside …………………………………………………………………8

2. FROZEN MODE……………………………………………………………92.1 Control state transition and common control ………………………92.2 Operation of magnetic contactor and solenoid valve ……………92.3 Set point temperature and control sensor…………………………102.4 Control ………………………………………………………………10

3. DEFROSTING OPERATION ……………………………………………114. DEHUMIDIFICATION CONTROL SETTING …………………………13

4.1 Description of setting ………………………………………………134.2 Dehumidification control ……………………………………………14

5. BASIC OPERATION OF ELECTRONIC CONTROLLER……………155.1 Control panel…………………………………………………………15

6. OPERATION PROCEDURE ……………………………………………166.1 Operation procedure flow chart ……………………………………16

7. G-SET OPERATION/AUTOMATIC PUMP DOWN OPERATIONMODE/DEHUMIDIFICATION ON-A・OFF SETTING ………………17

8. SETTING FLOW CHART ………………………………………………198.1 Controller initial setting………………………………………………208.2 Optional function setting mode ……………………………………218.3 Initial setting & operation procedure ………………………………23

9. TEMPERATURE SENSOR………………………………………………249.1 Sensor calibration……………………………………………………24

10. AUTOMATIC PUMP DOWN ……………………………………………2511. CABLE CLAMP BRACKET ……………………………………………2612. MANUAL CHECK SELECTION MODE ………………………………2713. ELECTRONIC TEMPERATURE RECORDER ………………………2814. APPENDIX ………………………………………………………………29

14.1 Refrigerant piping diagram ………………………………………2914.2 Schematic wiring diagram…………………………………………3014.3 Stereoscopic wiring diagram………………………………………31

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CAUTION

RSV DSV BSVHSV ESV ISV

Temperature recorder box cover

Quick-lock lever

Control box cover

Before starting the unit, run the generator.

Securely close the control box cover and the temperaturerecorder box cover (optional).Otherwise, It will cause water entry.

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Trans FRESH

RSV DSV BSVHSV ESV ISV

1

1. NAMES OF COMPONENTS

1.1 Outside

q Reheat coil solenoid valve (RSV)

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1.2 Inside

1

3

2

q Reheat coilw USDA Receptaclee Personal computer port receptacle

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2. FROZEN MODE

2.1 Control state transition and common control

Sol

enoi

dva

lve

Mag

netic

cont

acto

r

Component name Thermostat ON Pump down Thermostat OFFCompressor CC ON ON OFFEvaporator fan. High speed EFH OFF OFF OFFEvaporator fan. Low speed EFL ON ON ONCondenser fan CF ON / OFF※1 ON / OFF※1 OFFLiquid solenoid valve LSV ON OFF OFFEconomizer solenoid valve ESV ON(OFF※3) ON(OFF※3) OFFInjection solenoid valve ISV OFF(ON※2) OFF(ON※2) OFFHot-gas solenoid valve HSV OFF OFF OFFDefrost solenoid valve DSV OFF OFF OFFDischarge gas by-pass solenoid valve BSV OFF OFF OFFSuction modulating valve SMV 100%Electronic expansion valve EV 10 to 100%

Note) ※1: High pressure control※2: Injection control (Refer to Page 2-25 of Service manual)※3: Economizer control (Refer to Page 2-26 of Service manual)

RS > SP + 0.5˚C

LPT< 0kPa

RS : Return air temperature LPT : Low pressure transducerSP : Setting point temperature

Thermostat OFF●Compressor Stop●Evaporator fan Low speed

Pump down●Compressor Running●Evaporator fan Low speed

Thermostat ON (Pull-down range)●Compressor Running●Evaporator fan Low speed (L)

≤≤Continuous compressor running for 2 minutes or more and RS SP - 0.5˚C

2.2 Operation of magnetic contactor and solenoid valve

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2.3 Set point temperature and control sensorWhen the set point temperature (referred to as SP hereafter) is –10.1˚C(+13.8˚F) or lower, thecompressor is operated ON and OFF, in response to return air temperature.

2.4 Control

－ 10℃

SP

SP－0.5℃ A

C

SP＋0.5℃

SP－1.0℃ SP－1.5℃

qWhen the control temperature reaches SP-0.5˚C (point A),the compressor and condenser fan are turned off after theliquid solenoid valve has been de-energized and the pumpdown operation has been completed.

wWhen the control temperature exceeds SP+0.5˚C, the compressor,liquid solenoid valve and condenser fan are turned on.However, the compressor runs for at least 2 minutes everytime once it is turned on. Even if the control temperaturebecomes SP-0.5˚C or lower (point C) within 2 minutes afterthe compressor is turned on, the compressor, condenser fanand liquid solenoid valve are not turned off. (2 minutescompressor forced operation)

EV

Receiver

EV:Elec.Exp.Valve HSV:Hot Gas Solenoid ValveLSV:Liquid Solenoid Valve ISV:Injection Solenoid ValveDSV:Defrost Solenoid Valve BSV:Discharge gas Bypass Solenoid ValveESV:Economizer Solenoid Valve LPT:Low Pressure TransducerDPR:Discharge pressure regulator HPT:High Pressure TransducerSMV:Suction Modulation Valve HPS:High Pressure Switch.

FROZEN (Return air < 5˚C)

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3. 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 evaporatoris heated directly by the hot gas (refrigerant), defrosting can be performed effectively.

(2) Defrosting initiationDefrosting 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 (during chilled operation)¡Evaporator outlet temperature : 20˚C or higher

qInitiation by timer (Timer is set at the electronic controller, refer to section 3.3.2 of service manual for itsoperating method.)

※1. On-demand defrost selection (12 hours for Frozen mode and 6 hours automatic for Chilled mode)※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 LEDdisplay. The manual defrosting operation starts.

eInitiation by frost detectionIf the suction air temperature does not drop at the speed of 0.2˚C/1hr during frozen pull-downoperation, 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 settingWhen "99" in long timer is selected, defrosting is activated upon the condition of frost on evaporatorcoil. 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 1st 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.

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)

T2 > T1×1.15

Type of timer Defrosting interval set Function

Long timer

3, 6, 9, 12, 24 and 99※1 hours areselectableOptional function setting mode:If the"AUT-INT"is set to ON, the set timemay be changed. For details, refer toinformation in"defrosting interval automaticchanging function"(on page 10).

Regardless of the control temperature,defrosting is initiated according to theselected interval.

Short timer 4 hours※2Defrosting is initiated every 4 hours until thecontrol temperature comes within the in-range after pull-down.

Out-range timer 30 minutes

After the control temperature comes withinin-range once, defrosting will be started 30minutes later if the control temperaturerises out of the in-range.

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(4)Defrosting Interval Automatic Changing Function

What is the Defrosting Interval Automatic Changing Function?

This is a function to measure the time required for defrosting operation with the "long timer"and,according to the measurement, changes intervals of the defrosting operation. If a lapse of time afterturning OFF the power supply is less than 48 hours, the intervals of defrosting operation immediatelybefore turning OFF the power supply and elapsed time after the completion of defrosting operationwill be maintained. If a lapse of time after turning OFF the power supply is 48 hours or more, theintervals of defrosting operation will be reset to the default value of 6 hours and the elapsed timeafter the completion of defrosting operation will be reset to zero, respectively.

＊CautionIf the defrosting operation is performed according to any timer other than the long timer (e.g. shorttimer or out-range timer), the defrosting operation counter will be reset to zero.

Conditions to use the Defrosting Interval Automatic Changing Function:

In order to use the defrosting interval automatic changing function, the following conditions should beboth satisfied.

¡The defrosting interval automatic changing function is set to "ON" while in optional functionsetting mode.For details of the optional function setting, refer to information on page 19.

¡The set temperature falls within the range of -2.0˚C ≦ +6.0˚C.

Details of Defrosting Interval Automatic Changing Function

To make the interval shorter:If defrosting operation for a period of 40 minutes or more is performed consecutively two times ordefrosting operation for a period of 60 minutes or more is performed once, make the defrostingoperation interval shorter by 1 step with the "long timer".

Example:・6-hour interval before change → 3-hour interval after change・12-hour interval before change → 9-hour interval after change

To make the interval longer:If defrosting operation for a period of 20 minutes or less is performed consecutively two times,make the defrosting operation interval longer by 1 step with the "long timer".

Example:・3-hour interval before change → 6-hour interval after change・9-hour interval before change → 12-hour interval after change

Resetting of Contents of Defrosting Interval Automatic Changing Function

If a lapse of time after turning OFF the power supply is 48 hours or more, the intervals of defrostingoperation will be reset to the default value of 6 hours and the elapsed time after the completion ofdefrosting operation will be reset to zero, respectively.

Procedure for counting a period of time during when the power supply is kept OFF

The period of time during when the power supply is kept OFF is counted in increments of 30 minutes.Example: When a lapse of time after the completion of defrosting operation is 5 hours and 29minutes and the interval of defrosting operation is set to 6 hours, if the power supply is turned OFFonce and ON again after a lapse of 47 hours and 59 minutes, counting of a period of time will berestarted by taking the lapse of time as 5 hours (discarding the time less than 30 minutes) to startdefrosting operation 1 hour after the power supply is turned ON.

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4. DEHUMIDIFICATION CONTROL SETTINGThis unit features the dehumidification function. Therefore, it is necessary to set whether thedehumidification control is to be executed or not according to the cargo to be transferred.

You can set whether the dehumidification control is to be executed or not by operating the displaypanel of controller.

4.1 Description of settingWhether the dehumidification control is to be executed or not is switched over according to the settingof dehumidification control parameter "dHu" under the "7. G-SET operation / Automatic pump downoperation mode / Dehumidification ON-A･OFF setting"

CAUTION1．ON/OFF of the reheating coil and DE-HUMID LED lit/unlit are not

synchronous.2．To apply the humidification control, be sure to set "ON-A".

Dehumidificationcontrol

Setting ofdehumidification

control "dHu"DE-HUMID LED Remarks

To execute ON-A (Applied) ON

Case of the unit without thehumidity sensor

Note) If the following conditionsare both satisfied, thedehumidification controlwill automatically be set to"OFF" (dehumidificationcontrol clearing function).

¡ The "dHU-CAN" is set to ON.¡ 48 hours or more lapsed after

the main unit power supplyturned OFF.

Not to execute off (Not applied) OFF

Note) The dehumidification control clearing function is a function to automatically change thesetting of dehumidification control to OFF if the main unit power supply turns OFF for aperiod of 48 hours or more. The ON/OFF setting of the dehumidification control clearingfunction "dHU-CAN" is made while in optional function setting mode. For details of settingprocedure, refer to information (on page 15). The setting of dehumidification control "dHU"can also be made while in optional function setting mode.

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4.2 Dehumidification control※If reheat coil (Optional) is equipped:

The unit have dehumidification control by a reheat coil, which is under the evaporator coil.In dehumidification, the Reheat Solenoid Valve (RSV) opens to give high pressurized refrigerant toreheat coil. The "DEHUMID" LED lamp will light up.

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5. BASIC OPERATION OF ELECTRONIC CONTROLLER

5.1 Control panel

Name and function of each components

q

ty

u

i

w

e

r

o

!0

Operation key

3

1

2

b

– 1 2 – 1 0 – 8 – 6 – 4 – 2

– 2– 3– 4– 5– 6 – 1

S P – 5

O V E R

2

I N R A N G E

H O U R S

D A Y S

1

U N D E R

A L A R MR . H .

S U P P L YR E T U R N ˚C / ˚F

%R H

D E F R O S T I N R A N G E D – H U M I DC O M P .

˚C

˚C

S P + 5

D E C O SD A I K I N E L E C T R O N I C C O N T A I N E R O P E R A T I O N S Y S T E M

① SUPPLY LED (Lights when "supply air temperature" is indicated.)② RETURN LED (Lights when "return air temperature" is indicated.)③ ALARM LED (Lights alarm is generated.)④ R.H.LED (Lights when "relative humidity" is indicated.)⑤ COMP.LED (Lights when the compressor is running.)⑥ DEFROST LED (Lights when the unit is under the defrosting operation.)

⑦ IN RANGE LED (Lights when the control temperature is in range.)⑧ DE-HUMID.LED (Lights when the controller is the

dehumidification control optional.)⑨ Temperature base (Used for the graphic chart indication

on the LCD.)⑩ Time base (Used for the graphic chart indication on the LCD.)

Function of operation key

●MODE Key

Shift from "Current indication mode" G-SET operation." / Automatic pump down mode /

Dehumidication ON-A･OFF setting.

Note: When the dehumidification ON-A・OFF is set to ON, G-Set operating mode will be skipped.

MODE

M

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6. OPERATION PROCEDURE

6.1 Operation procedure flow chart

S

S

S

I/O ON I/O OFF

I/O

SI/O Unit On / Off key S key Select key

Enter key 8 / Chart key

CHART

CHART

CHART

Difference from

standard model

Difference fromstandard model

Power OFF

Unit OFF

All indicationlight on

(for 3 sec.)

Startingpreparation(for 18 sec.)

※ 1Current

indication(Operation state)

When no power supply

Non operation for 30 sec.

Circuit Breaker ON

Circuit Breaker OFFafter setting change

( OFF when no settig change)

※ 3 Battery mode, Operation Condition Setting with back-up battery (Set Point Temperature˚C / Humidity %, / Defrost Internal)

for 3 sec. for 3 sec. for 3 sec. for 3 sec.

※ 12 ※ 13

※2 Operation Setting (Set Point Temperature˚C, Humidity %, Defrost Internal)

※9 Sensor Indication

※7 Chart Indication

※ 10 Temperature Record Scroll

※ 11 AlarmRecord Scroll

※ 15※ 14 ※ 16

or non operation for 5 min.

or non operation for 5 min.

※G-SET operation　(The energy consumption　 reducing operation)

※4 Dehumidification　　 ON-A･OFF setting

※4 Automatic　　 pump down

F. PTIS. PTIM. CHECK

※17 Logging data can be down loaded even when the power supply OFF, the unit OFF or the unit in operation.

To down load the data during the power supply OFF, press the key for using

the wake-up battery.

OptionalFunctionSetting

BasicFunctionSetting

OptionalConditionSetting

ContainerI.D & TimeSetting

for 3 sec.

MODE

MMODE

M

MODE

M

MODE

M

P001-028_S/G-A4_LXE10E-A18C,D 2008.02.19 17:40 ページ 16

17

7. G-SET OPERATION/AUTOMATIC PUMP DOWN OPERATIONMODE/DEHUMIDIFICATION ON-A・OFF SETTING

The energy consunption reducing operation during G-SET operation, automatic pump down operationcollecting refrigerant to the liquid receiver and dehumidification ON-A・OFF setting are executed.

Press the key in current indication mode to go to G-SET operation /Automatic pump down operation / Dehumidification ON-A･OFF setting.※ After the automatic pump down is completed, the pump down status is

maintained until the power supply is turned off.

Pressing the key changes the mode between G-SET operation and automatic pump down /Dehumidification ON-A･OFF setting.The set point can be set by using key or key.

Note: When the dehumidification ON-A・OFF is set to ON, G-Set operating mode will be skipped.

MODE

M

MODE

MMODE

M

All indicationlight on

(for 3 sec.)

Startingpreparation(for 18 sec.)

Currentindication

(Operation state)

※1

G-SET operation /Automatic pumpdown operation / DehumidificationON-A•OFF setting.

MODE

M

P001-028_S/G-A4_LXE10E-A18C,D 2008.02.19 17:40 ページ 17

18

Setting item LED panel LCD panel Setting method

–– –– ––

ON, OFF diSPOFF Select ON by using

or key, and press

the key to determine

the setting.

ON, OFF P down Select "ON" by using

key and key,

and press the key to

determine the setting.

Currentindication mode

G-SEToperation

Automatic pumpdown operation

DehumidificationON-A・OFF setting

MODE

M

MODE

MMODE

M

MODE

M

Note) Refer to the detail of automotic pump down function in the "8.3, (2)" of Service manual.

CAUTION1．To apply the humidification control, be sure to set "ON-A".2．ON/OFF of the reheating coil and DE-HUMID LED lit/unlit are not

synchronous.3．When the dehumidification ON-A・OFF is set to ON, G-Set

operating mode will be skipped.

OFF, ON-A dHu Select "ON-A" by using

key and key,

and press the key to

determine the setting.

P001-028_S/G-A4_LXE10E-A18C,D 2008.02.19 17:40 ページ 18

19

I/O ON

I/O

Power OFF

Unit OFF

All lights on(for 3 sec.)

Preparation(for 18 sec.)

Circuit Breaker ON

Circuit Breaker OFFafter setting change

( OFF when no setting changed)

for 3 sec. for 3 sec. for 3 sec. for 3 sec.

CASE 2CASE 1

CASE 3 (Refer to 3.8.2 of Service manual)

OptionalFunctionSetting

BasicFunctionSetting

OptionalConditionSetting

ContainerI.D & TimeSetting

PTI

for 3 sec.for 3 sec.

DECOS3: D (C or B or A) SLog. Interval: 30 (or 15 or 60 or 120) SREC SEN: ON (or OFF) SOC-SET: Sing (or Dual) S HP: 10 (or 5) SDISP: OFF (or ON) SCOMP: 100 (or 33) SREHEAT: OFF (or ON) SFA-SEN: OFF (H or L)(DECOS3d only)

Container I.D SController Time

CHARTLS: OFF (or ON) SUSDA 1/2: 2 (or 1) SH001~H006 Sd-1＊＊~d-2＊＊ SC/F : C (or F)

USDA: OFF (or 3 or 4) SdHU: OFF (or ON) SAUT-INT: ON (or OFF) SdHU-CAN: ON (or OFF)

8. SETTING FLOW CHARTThis configuration setting flow shall be utilized, when

Case 1) Where USDA cool transportation setting, defrosting interval automatic changing function, ordehumidification control clearing function is required. (Optional function setting)

Case 2) Where an urgent change of container ID to other ID should be made. (Setting of container ID and calendar)

Case 3) Where a new controller is installed for replacement. (Settings of optional function, basicfunction, optional conditions, and input data should be made.)

NOTE 1 : All initial settings are pre-setted, when the unit is delivered. 2 : In case to complete the setting change, CIRCUIT BREAKER shall be turned off

P001-028_S/G-A4_LXE10E-A18C,D 2008.02.19 17:40 ページ 19

20

8.1 Controller initial setting

Optional function mode

P 19●USDA sensor setting ●Defrosting interval automatic changing

function on/off setting

Basic function setting mode

TR01-09A

Service manual

P 3-27

P 3-28

●Controller type ●Logging interval

●Indication (LED section) light

off function on/off

●FA-SEN

●Data recorder sensor on/off●Power supply

Optional condition setting modeTR01-09A

Service manual

P 3-29

P 3-30

●Chartless function setting ●H001

●H006

●H002

●H005

●H003●H004

Input data mode TR01-09AService manual

P 3-31

P 3-32

lContainer I.D. (No.)

●d1--●d2--●d3--●d-1-●d-2-

Personal computer and controller

Data logged in a personal computer and controller is exchangable.For the details, refer to the "Operation manual for personal computer software".

Controller software download mode TR01-09AService manual

P 3-32

●Dehumidification control on/off setting

●Compressor unload●Reheat coil

●Compressor horse power

●Type of USDA sensor●°C/°F set

●Dehumidification control clearingfunction on/off setting

lController time

P001-028_S/G-A4_LXE10E-A18C,D 2008.02.19 17:40 ページ 20

21

8.2. Optional function setting modeFollowing functions can be set up.With/Without setting of USDA sensor, With/without setting of cargo temperature, With/Without setting ofdehumidification control, ON/OFF setting of dehumidification control clearing function, and ON/OFFsetting of dehumidification control clearing function

I/O ON I/O OFF

I/O

Power OFF

Unit OFF

All indicationlights on

(for 3 sec.)

Startingpreparation(for 18 sec.)

※ 1Current

indication(Operation state)

Circuit Breaker ON

Circuit Breaker OFFafter setting change

( OFF when no setting changed)

for 3 sec.

Optional Function SettingF. PTIS. PTIM. CHECK

for 3 sec.

P001-028_S/G-A4_LXE10E-A18C,D 2008.02.19 17:40 ページ 21

22

To set the USDA ON/OFF and CARGO TEMPERATURE SENSOR ON/OFF:Select "OFF (not in use)", "3 (3 USDA probes are in use)", or "4 (3USDA probes and 1 cargo temperature sensor are in use)" on the LEDwhile the LCD displays "USdA".Whenever the or key is pressed, the indication of "OFF" or "3"or "4" is changed.Press the key to determine the setting.Note: When two USDA probes are connected, the setting will bedetermined automatically to "3" (3 USDA probes are in use).

To set the DEHUMIDIFICATION CONTROL:Select "ON" (conducting dehumidifying with humidity sensor) or "OFF"(conducting no dehumidifying) on the LED while the LCD indicates"dHU". Whenever the or key is pressed, the indication of "ON" or"OFF" is changed.

Press the key to determine the setting.

Note : This setting can be changed by key. (Refer to 3-12)

ON/OFF setting of defrosting interval automatic changing function

In order to make ON/OFF setting of the defrosting interval automatic

changing function, when the "AUT-INT" is displayed on the LCD

screen, select ON (Use the defrosting interval automatic changing

function) or OFF (Not use the defrosting interval automatic changing

function) displayed on the LED screen.

Every time the "ON" or "OFF" key is pressed, the display will change.

To determine the setting, press the Enter key.

For the contents of the defrosting interval automatic changing function,

refer to information on page 10.

ON/OFF setting of dehumidification control clearing function

In order to make ON/OFF setting of the dehumidification control

clearing function, when the "dHU-CAN" is displayed on the LCD

screen, select ON (Use the dehumidification control clearing function)

or OFF (Not use the dehumidification control clearing function)

displayed on the LED screen.

Every time the "ON" or "OFF" key is pressed, the display will change.

To determine the setting, press the Enter key.

For the contents of the dehumidification control clearing function, refer

to information on page 19.

M

USDA SENSOR ON/OFF, CARGO TEMPERATURE SENSOR ON/OFF SETTING

DEHUMIDIFUCATIONCONTROL ON/OFF SETTING

S

S

S

S

DEFROSTING INTERVAL AUTOMATIC CHANGING FUNCTION ON/OFF SETTING

DEHUMIDIFICATION CONTROLCLEARING FUNCTION ON/OFFSETTING

Whenever the key is pressed, the display changes.

Turn the power breaker OFF after the setting.

S

P001-028_S/G-A4_LXE10E-A18C,D 2008.02.19 17:40 ページ 22

23

: Sel

ect k

ey

: Man

ual a

ctio

n: S

key

: E

nter

key

: Con

trolle

r ope

ratio

n

IN

ITIA

LSE

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DES

※13

. Opt

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l Fun

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tting

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e※

14. B

asic

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n Se

tting

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e※

15. O

ptio

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ondi

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Setti

ng M

ode

※16

. Inp

ut D

ata

Mod

eU

SDA

: OFF

(or 3

or 4

)

DEC

OS3

: C

(or b

or a

*1)

CH

ARTL

S :

OFF

(or O

N *5

) S

ET I.

d (C

onta

iner

I.D

)

Pr

ess

for

3 se

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s

Circ

uit

Brea

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OFF

Circ

uit

Brea

ker

ON

Uni

t Sw

itch

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Uni

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itch

ON

Pres

s fo

r3

seco

nds

dH

U

: OFF

(or O

N)

USD

A 1/

2 : 1

(or 2

*6)

i.d.-C

REC

SEN

: O

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r OFF

)H

001

: 3H

005

: 3d3

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Set 4

alp

habe

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ng (o

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: 10

(or 5

)H

003

: 2d

: 1d-

2 : 1

Afte

r mov

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to s

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g ite

m w

ith S

key

,se

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the

initi

al s

ettin

g va

lue

with

△ o

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key

and

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rmin

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with

Ent

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oper

atio

n1.

Und

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s sh

ow th

e va

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of th

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sual

set

ting

case

. Act

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all

the

setti

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ave

been

set

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win

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8.3

INIT

IAL

SETT

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TAB

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t fac

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Whe

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or

k

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to c

onfir

m, a

nd th

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rn c

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aker

off.

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hen

cont

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repl

aced

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the

spar

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m th

e m

odel

nam

e fir

st, a

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en s

et a

item

s by

follo

win

g 3.

8.3

INIT

IAL

SETT

ING

TAB

LE

Set 7

num

bers

(num

eral

)

DIS

P :

OFF

(or

ON

*2)

H00

4 : 2

d2 :

1C

/F :

CSE

T I.d

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MP

: 100

(o

r 33

*3)

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TIM

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: OFF

(or O

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)Se

t yea

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onth

& d

ay

Set h

our a

nd m

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e

Pres

s fo

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light

ON

(fo

r 3 s

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Star

ting

prep

arat

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(f

or 1

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s) T

RIP

STA

RT

SET

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G

in 1

8 se

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s※

6. P

TI s

elec

tion

mod

e (fo

r Trip

Sta

rt Se

tting

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. Sel

ect ｢

Man

ual C

heck｣

with

△ o

r ▽ k

ey a

nd

det

erm

ine

it w

ith E

nter

key

. 2

. Sel

ect T

rip S

tart ｢T

S H｣

with

△ o

r ▽ k

ey a

nd

set

it to

"0" b

y pr

essi

ng E

nter

key

for 3

sec

onds

.Al

l Ind

icat

ion

light

ON

(fo

r 3 s

econ

ds)

Star

ting

prep

arat

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(f

or 1

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cond

s)

All I

ndic

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n lig

ht O

N (

for 3

sec

onds

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artin

g pr

epar

atio

n

(for

18

seco

nds)

※2.

Ope

ratio

n se

tting

mod

e

OPE

RAT

ION

CO

ND

ITIO

NSE

TTIN

G

Set C

ontro

l Tem

pera

ture

Alar

m F

301

: Non

set

ting

of [C

ontro

l Tem

pera

ture

] E3

03 :

Non

set

ting

of [C

ontro

l Hum

idity

]Se

t Con

trol H

umid

ityif

dHU

is s

et to

ON

if dH

U is

set

to O

N.

E3

05 :

Non

set

ting

of [D

efro

st In

terv

al]

Set D

efro

st In

terv

al.

Ope

ratio

n

Circ

uit B

reak

er :

ON

Uni

t Sw

itch

: ON

Uni

t Sw

itch

: OFF

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: ON

Log.

Inte

rv :

30 (o

r 15,

60

or 1

20)

Pres

s fo

r3

seco

nds

SS S S S S S S

SS

SS

S

S

SS

S

SS

S

S

Not

es*5

. Set

ON

for t

he u

nit n

ot e

quip

ed re

cord

er.

*6. S

et 2

for B

lack

rece

ptac

les

of U

SDA

sens

ors.

(

Fact

ory

set 1

is fo

r Gra

y re

cept

acle

s.)

*1. T

he s

oftw

are

of D

ECO

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is in

tech

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ble

to D

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b.

The

refo

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ake

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the

cont

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" or "

c" o

r "b"

at t

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itial

se

tting

.

i.e.:

set t

o "d

" for

DEC

OS3

d

set

to "C

" for

DEC

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c

set

to "b

" for

DEC

OS3

b*2

. Set

ON

for t

he u

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"Pan

el L

ED D

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ight

OFF

" fun

ctio

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. Set

33

for t

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XE10

D-A

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~A10

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led

reci

proc

atin

g ty

pe c

ompr

esso

r with

un

load

ing

valv

e.*4

. Set

ON

for t

he u

nit e

quip

ed R

EHEA

T C

oil f

or d

efum

idifi

catio

n co

ntro

l (op

tion)

.

SS S

S S

△ ▽

USD

A : O

FF (o

r ON

)

dH

U

: OFF

(or O

N)

SS

FA-S

EN :

OFF

(or H

or L

)(D

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only

)

S

8.3

Init

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ng

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per

atio

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du

re

P001-028_S/G-A4_LXE10E-A18C,D 2008.02.19 17:40 ページ 23

24

9. TEMPERATURE SENSOR

9.1 Sensor calibration

● Supply and Return air sensor(SS/RS/DSS/DRS)

q Prepare the ice bathw Cut the binding of each sensor and put

them into the ice bathe Turn on the unit and display "Sensor

calibration (CAL)" in "Manual Check" modein 3.9.2.5

r Press the key to calibrate 4 sensors*Be sure to check the ice bath temperatureis 0 degC.

t Controller LED segments display the resultof calibration

1st : Supply air sensor (SS)2nd : Return air sensor (RS)3rd : Data recorder sensor for Supply air4th : Data recorder sensor for Return air

: Sensor accuracy is normal; The readingof the sensor is within 1.0deg C.Offset figure is memorized in order torecord accurate control/recording.

: Sensor accuracy is out of +/-1.0deg C.The sensor shall be malfunction.(Replacement is required.)

1st 2nd 3rd 4th

(Example)

· SS : Normal· RS : Normal

(DSS) · DSS : Abnormal(DRS) · DRS : Abnormal

P001-028_S/G-A4_LXE10E-A18C,D 2008.02.19 17:40 ページ 24

25

10. AUTOMATIC PUMP DOWNAn automatic pump down system is applied to the unit to prevent the unit operation from extradecreasing of low pressure due to pump down operation or burning of scroll compressor due to closestop valve.(1) Controller operation

Press the key twice to select the pump down mode, then, the LCD indicates "P down".Select "ON" by using key or key, and press the key to start the automatic pump downoperation.

MODE

M

™Controller indication

COMP. DEFROST IN RANGE DE-HUMID.

SUPPLYRETURNALARMR.H.

DISPLAY SELECT G SET G SETMANUAL UNIT

UPSELECTSET

DEFROST ON/OFF

˚C F8

CHERT/ / I/O

SDOWN ENTER/ESC

Pump down mode Pump down completed

COMP. DEFROST IN RANGE DE-HUMID.

SUPPLYRETURNALARMR.H.

DISPLAY SELECTMANUAL UNIT

UPSELECTSET

DEFROST ON/OFF

˚C F 8CHERT/ / I/O

SDOWN ENTER/ESC

DISPLAYON/OFF

DISPLAYON/OFF

•When the pump down operation is ended abnormally, "E201" (pump down malfunction) will be indicated.

•When the pump down operation is completed, the unit becomes stop state.

Presskey to startpump down

Fig. 2

Fig. 1

Current indication mode(Operation condition ndication)

G-set mode(Energy saving setting) ※1

Pumpdownoperation

DehumidificationON-A•OFF setting

MODE

MMODE

MMODE

M

MODE

M

※1: When the dehumidification ON-AoOFF is set to ON, G-Set operating mode will be skipped.

P001-028_S/G-A4_LXE10E-A18C,D 2008.02.19 17:40 ページ 25

26

11. CABLE CLAMP BRACKETWhen it is operated on the trailer or railway chassis, be sure to fasten the power cable with .cable clamp

CABLE CLAMP

LOOSE

CLAMP

P001-028_S/G-A4_LXE10E-A18C,D 2008.02.19 17:40 ページ 26

27

12. MANUAL CHECK SELECTION MODEThe LED indicate the values of following items.Compressor operating time, Evaporator fan motor high-speed running current, Evaporator fan motorlow-speed running current, Condenser fan motor running current, Battery life, Horse power, Elapsedtime after trip start, Evaporator fan motor running time, Condenser fan motor running time, Controllersoftware version and sensor calibration.

To indicate the compressor operating time:Press the key while the LCD indicates "CC ✕10H".The operating time is [the value indicated on the LED] ✕10 hours.Pushing the key for 3 seconds sets compressor operating time to 0 (hour).

To indicate the current value of evaporator fan motor high-speed operation:Press the key while the LCD indicates "EFH A", then the LED indicatesthe current value. (Unit: Ampere)

To indicate the current value of evaporator fan motor low-speed operation:Press the key while the LCD indicates "EFL A", then the LED indicates thecurrent value. (Unit: Ampere)

To indicate the current value of condenser fan motor running current:Press the key while the LCD indicates "CF A", then the LED indicates thecurrent value. (Unit: Ampere)

To indicate the elapsed time after trip start:Press the key while the LCD indicates "TS H", then the LED indicates theelapsed time. (Unit: Hours).When the key is depressed for 3 seconds while the elapsed time is indicated,the TRIP START is set, and the elapsed time display is reset to "0" (hour).

To indicate the evaporator fan motor-1 operating time:Press the key while the LCD indicates "EF1 ✕10H".The operating time is [the value indicated on the LED] ✕10 hours.When the key is depressed for 3 seconds while the evaporator fan motor-1operating time is indicated, the evaporator fan motor-1 operating time is reset to"0" (hour).("EF1" stands for the right hand side fan motor seeing from the inside of the container.)

To indicate the evaporator fan motor-2 operating time:Press the key while the LCD indicates "EF2 ✕10H".The operating time is [the value indicated on the LED] ✕10 hours.If the key is depressed for 3 seconds while the evaporator fan motor-2operating time is indicated, the evaporator fan motor-2 operating time display isreset to "0" (hour)."EF2" stands for the left hand side fan motor seeing from the inside of the container.

To indicate the condenser fan motor operating time:Press the key while the LCD indicates "CF ✕10H".The operating time is [the value indicated on the LED] ✕10 hours.If the key is depressed for 3 seconds while the condenser fan motor operating timedisplay is indicated, the condenser fan motor operating time display is reset to "0" (hour).

To indicate the controller software version:Press the key while the LCD indicates "SOFTVER".The value on the LED is the software version.

To calibrate the temperature sensor SS,RS,DSS or DRS ;Press the key while the LCD indicates "CAL".(Refer "5.1 sensor calibration" for more detail.)

COMPRESSOROPERATINGTIME

EVAPORATOR FANMOTOR HIGH-SPEEDRUNNING CURRENT

EVAPORATOR FANMOTOR LOW-SPEEDRUNNING CURRENT

EVAPORATORFAN MOTOR-1OPERATING TIME

CONDENSER FANMOTOR RUNNNINGCURRENT

ELAPSED TIMEAFTER TRIPSTART

CONTROLLERSOFTWAREVERSION

EVAPORATOR FANMOTOR-2OPERATING TIME

CONDENSER FANMOTOROPERATING TIME

SENSORCALIBRATION

P001-028_S/G-A4_LXE10E-A18C,D 2008.02.19 17:40 ページ 27

28

13. ELECTRONIC TEMPERATURE RECORDER●Temperature record with power supply turned off

When the power supply is turned off, the pen will move to the outer circumference of recording sheetsimultaneously.

Record on the outer circumferencePower supplyis turned off.

Frostin

g record

●Rechargeable batteryThe rechargeable battery is equipped on the electronic temperature recorder.

（Application of rechargeable battery）①Drive of chart②Pen swings up when the main power is turned off (+25˚C is recorded.)

（Specifications of rechargeable battery）・Charge type nickel cadmium battery (7.2V, 600mA)・Model:6N-600AA-2

（Replacement reference）・As reference, 2 to 4 years have elapsed.・Replace the battery if the pen does not swing up to +25˚C when the breaker is turned off.・Confirm the life of rechargeable battery and make sure the internal gear rotating properly

through the rotation check window when the battery was replaced.

P001-028_S/G-A4_LXE10E-A18C,D 2008.02.19 17:40 ページ 28

14. APPENDIX

14.1 Refrigerant piping diagram

29

P029-032_S/G-A3_LXE10E-A18C,D 2008.02.18 13:45 ページ 31

14.2 Schematic wiring diagram

※ 11

CN2

WHT

RECORDER

SUPPLY

AIRSENSOR

BS4

※ 12

EOS

LIGHT-EM

ITTING

DIODE(D

E-HUM

ID)

TrC

(WHT)SGS

SS (GRN)

CONDENSERFANMO

TOR

BS8

Fu1-6

PT

127128

SERVICE

MONITOR-GREEN(EC6)

UR3 USDA3

174

122121 ES

V

5WH

T

LD6

TrC

155

RRPP

133

3 T2

2

S

(COOL):BLU,(HEAT):RED

SS

106

SMV

LD3

表面

105

BS9

EFH

11WH

T

CFC

34WHT

UCFM

V

35BLK

33RED

W

DF-BLK CABLE

116

HSV115

※ 8

109

CN10

T/FA2-5

Fu

RPP

SCC3

HSV

SUCTIONMO

DULATIN

GVALVE

RECORDER

RETURN

AIRSENSOR

104

HIGHSPEEDE

VAPORATORF

ANCONTACTOR

Ry1-19

WIRING

OFSCC1,2,3

CONTROLTRANSFORMER

LIGHT-EM

ITTING

DIODE(IN

RANGE)

Trans

FRESH,

A2-5

CABLE

※ 6

(BLU)RS

POWERSUPPLY

BOARD(RECORDER)

SCC2

BLK (RED)HPTWHTRED

※ 6

FUSE(250V,5

A)(EC

6)

RRS

PHOTOCOUPLER

EFM1

EFM2

43WHT

EFL

U1V1

U1

V2

39BRN

W1

U2

V1

U2

40YLW

42RED

W1

41BLU

W2

44BLK

V2

EFH

W2

RELAY

CN32

EC1

COMPRESSOR

CONTACTOR

・ LX

E10E-A1

8:NO.1

&2

P+RED

COMPRESSOR

MOTOR

LIQUID

CRYSTALDISPLAY

USDA

SENSOR

・ LXE10E-A3

0:NO.1

&2&3&4

P-BLK

EC6

PCC1,2

EC4

LIGHT-EM

ITTING

DIODE

CFC139 MTP140

171

SCC1-1,-2

EC8

SCC1-2(RED)

PPR1

EC8

EIS (BRN)

※ 5

(HEAT)

※ 11

BS1

POTENTIAL

TRANSFORMER

EC6

EMERGENCY

LIQID

SOLENOID

VALVE

※ 12

RECORDER

CC

RS

BS1-10

BS2

EVAPORATOR

OUTLET

SENSOR

P+RED

PPR1,2

LPT

SERVICE

MONITOR-GREEN(EC1)

CN9

PHASECORRECTIO

NCONTACTOR

EV

LED1

LIGHT-EM

ITTING

DIODE(E

C6)

INJECTION

SOLENOID

VALVE

DATA

RECORDER

RETURN

AIRSENSOR

87

23

15

64

EC5

LIGHT-EM

ITTING

DIODE(D

EFROST)

173

LEDA

BS3

BS6

BAT1

BACK

SID

E

CN8

EC2

※ 8

RETURN

AIRSENSOR

※ 7

REMO

TECOMM

UNICA

TION

DEVIC

E(RTE)

LD-A

LD2

DATA

RECORDER

SUPPLY

AIRSENSOR

※ 9

REMO

TEMO

NITORIN

GRECEPTACLE

SUCTIONGASSENSOR

※ 9

42

id

3

b

8j

6

ag

h

51

7

c

1OPTIO

NAL

SPECIFICATIO

N

SCC3(WHT)

EFH

B

BSV

CT1,2

CN1RECORDER

BOX

CN4

1

CN2

CN5

CN32

CN6

RRS

REC

RSSCN8

RRS

BAT2

RSS

EC7

EC8

FRONT

SID

E

(+)

CN20

PHC

RY

1

PHC

9RY

26

87

RY

CN25

23

RYRY

64

RY4

RYRY

1016

3

1

92

21

3

611

CN22

15RY

CN24

415

RY6

10

CN23

79

175

PHC

RY13

813

RY

5

CN26

8

EC2

712

RY

414

RY

PHC

18RY

75

RYRY

34

19RY 23

RY

CN21

81

NORMAL

POSITION

・ SCC1,2:BEHIND

THECONTROLLER

・ SCC3:CN-C1(TB1)

TB2

A

PC.PO

RTRECEPTACLE

EC1

138 EFL

EFH137 152

CFC

LIGHT-EM

ITTING

DIODE(R

ETURN)

129

HPS130

UR1-3

DISPLAYBOARD(DECOS)

USDA1-3

21

26

51

47

83

PRINTED

CIRCUIT

BOARD

(PT,C

T)

SHORTCIR

CUIT

CONNECTOR

(BLU,BLU)

注意

DSS

RSS

21e

f

SCC2

101

DCHS

EC4

Fu1

EVAPORATOR

FANMO

TOR

CTP

HIGH

PRESSURE

TRANSDUCER

RSV

裏面

LD5

2

LD1

3

(BLU)WHTRED

LPTBLK

BS7

DF+WHT

LIGHT-EM

ITTING

DIODE(A

LARM)

RSV

AMBIE

NTTEMP.SE

NSOR

LD7

COMPRESSOR

THERMALP

ROTECTOR

a

9

TeS1-4

3216

123

7

40

k

1

17

1

Fu6

1

5

3

41

Fu4

CN5

103

35

8

14

j

910

189

47

24

Fu3

3445

4

421

6

d

19

ib

2

22

83

1131

CN2

156

2937

5

Fu1

g

30

CN3

3

7

c

24

2

1

1

5

e

68 33

TB1

h

2

2613

220

3612

43

Fu2

7

36

25

CN-C2

CN4

46

CN-C1

3

CN1

4

Fu5

5

4239

384

2

844

28

f

27

ELECTRONIC

EXPANSIONVALVE

4WH

T

P-BLK

TB1,2

T/F

1B

C

SHORTCIR

CUIT

CONNECTOR

BAT1

CN17

LD-A

CN12

1

CN16

CN14

CN10

CN18

5CN15

3

CN11

CN19

3

A2

HOTGASSOLENOID

VALVE

PUSH

BUTTON

SWITC

H

EV

CONTAINER

REFRIGERATION

UNIT

WIRINGDIAGRAM

C

BATTERY

HPT

113 DSV114

380V

50HZ

400V

415V

440V

60HZ

460V

PCC2

1

154PCC146

145

CM

CN13

COND.M

OTOR

THERMALP

ROTECTOR

EC4COMPRESSOR

DISCHARGESENSOR

10WH

T

※ 10

A5CABLE

T/F

FUSE(250V,1

0A)(TB1)

EISEFL

OPTIO

NALITE

MNO.

EFL

DF+WHT

EC2

ISVDRS

REVERSEPHASEPROTECTOR

151135136 EF

H

EFL

EC3

EC3

注意

１．操作回路（線番号１００以降）および、リモ

ートコミニュケーションデバイスには絶

縁試験を行わぬこと。

２．※

1～8は、操作回路（裏面）に接続されてい

ます。

CA

UTI

ON

1. D

O N

OT

AP

PLY

INS

ULA

TIO

N T

ES

T O

N

THE

CIR

CU

IT(O

N W

IRE

No.

100

AN

D

AFT

ER

)AN

D T

HE

RE

MO

TE

CO

MM

UN

ICA

TIO

N D

EV

ICE

.

2. ※

1～8

AR

E C

ON

NE

CTE

D T

O C

ON

TRO

L C

IRC

UIT

(BA

CK

SID

E)

１．主回路（線番号１００以降）および、リモート

コミニュケーションデバイスには絶縁試験

を行わぬこと。

２．※

1～8は、主回路（裏面）に接続されています。

CA

UTI

ON

1. D

O N

OT

AP

PLY

INS

ULA

TIO

N T

ES

T O

N

THE

CIR

CU

IT(O

N W

IRE

No.

100

AN

D

AFT

ER

)AN

D T

HE

RE

MO

TE

CO

MM

UN

ICA

TIO

N D

EV

ICE

.

2. ※

1～8

AR

E C

ON

NE

CTE

D T

O M

AIN

C

IRC

UIT

(BA

CK

SID

E)

EC5

※ 2

165

※ 3

5

164

4

※ 1

※ 4

1※ 5

3 1 753171 56RCD(R

TE)

106

101

166

32

SCC1-1(BLU)

CN84

CN81

CN83 LED1

CN82

Fu1

LEDA

EC6 SMV

CONDENSERFANCONTACTOR

117118

ISV

HPS

AMBS

24BLKV CM

CT2

U

CC

22RED23WHT

W

DF-BLK

CB

LD5

EC3 C

N31

LD1

LD2

LCD

LD3

LD7

LD4

LD8

LD6

LD9-12

110

RM

112111 BS

V

172

LOWSPEEDE

VAPORATORF

ANCONTACTOR

POWERPLUG

DRS (BLU,RED)

※ 1

Fu6

173

MTP

BS10

CURRENTT

RANSFORMER

3314

1816

3

23

212

401

31

514

1521

17

G

1

11G

G

34

42

298

6

DC5V

37

DC24V

G1

16

6

17

8

G

1915

24

20

259

9

6

TB1

54

7

32

13

22

CN7

2

2836

7

3018

3

3

382

2019

CN6

10

TeS5

1

1327

12

41110

TeS6

35

G5

397

26

EVAPORATOR

INLETSENSOR

SGS

P REC

e

2k

1USDA2

UR2

CFM

※ 3

BS5

EC1

ESV

172

CN13

CPUBOARD(DECOS)

TB1

RCD

PPR2

TB2

CTP

131132

CFC

144 PCC1

143 PCC

153

2

CONTROLBOX

LD9-12

※ 2

AC

123

126

124

D

125

B RM

119 LSV120

DEFROSTSOLENOID

VALVE

EC7

REHEAT

COIL

SOLENOID

VALVE

ADAPTERBOARD

(PPL)DCHS

RPP CC134

133 155

LIGHT-EM

ITTING

DIODE(R

.H.)

SHEETKEY(DECOS)

PCC1,2

CIRCUIT

BREAKER(30A)

(COOL)

(YLW)EOS

102

LD4

RED

LIGHT-EM

ITTING

DIODE(S

UPPLY)

USDA

RECEPTACLE

DSV

A4CABLE

UR1 USDA1

4

174

※ 10

CT1

RPP

EACH

MODELT

OEQUIP

FOLLOW

INGOPTIO

NS.

SUPPLY

AIRSENSOR

AD

BC

NOTES

1.SCREWTERMINAL

CONNECTOR

TABTERMINAL

OPTIONAL

PARTS

2.()MEANS

DISTINGUISHING

TAPE

COLORAT

ENDFORSENSOR.

3.MO

NITORING

PLUG

CONNECTEDAS

FOLLOW

(FRONT

VIEW)(RM)

A:Earth

B:Compressor

C:Defrost

D:In

range

BAT1,2

CN1

LSV

(-)

A3CABLE

(BLK)AMBS

LCD

21

31 32PCC2

PCC1

T/FFu

※ 7

I/OBOARD(DECOS)

CB

CC

(GRN,GRN)

TERMINAL

BOARD

6WH

T

CN2

CT1

CN11

4EC

5CT2 PT

SHORTCIR

CUIT

CONNECTOR

101

W1W2

E

0V

W3

16224V

U2

104

TrC

24VW U2 160

U1

0V

415V U3U1

0V

163

161

13VGAS

BYPASS

SOLENOID

VALVE

CB

Trans

FRESH,

FUSEA

SSYIN

LINE(2

50V,2A

)

※ 4

LIGHT-EM

ITTING

DIODE(C

OMP)

10WH

T

12WH

T11

WHT

EFM1,2

RCD

DSS (GRN,RED)

ECONOM

IZERSOLENOID

VALVE

HIGH

PRESSURE

SWITC

H

A

LOWPRESSURE

TRANSDUCER

BACK

LIGHT

POWERB

OARD

(DECOS)

PHC

LD8

S

4REDR

5WHT

T BLK

30

P029-032_S/G-A3_LXE10E-A18C,D 2008.02.18 13:45 ページ 32

14.3 Stereoscopic wiring diagram

C

C

1 1 9

32

7★

101

C N 5

155

101

E V

T e S 1

T e s 6

11

( B L U , R E D )

42

E F M 1

4143RED

BRN

YLW

BLU

44BLK

3940

WHT

1 2 232

136

TB2.17

3

U 2

BRN

6

4

RED

GRY

C C

24

WHTYLW

22131

RED

23

C M

BLK

C T P

W

U

VH

132

172

C

BLK

1

EC1.CN

15-5

C

B L K

C T 1

( 4 0 0 V )

1 3 0

CN10

EMERGENCY(HEAT)

3

TB1.CN

5-3

※ 5

10

154

1 1 5

T B 1

31

1

★

T e S 3

★

41

A

BLK

R S V

10A

C

C N 8 3

11

3 2 A

151

BRN

0V

31A

P C C 1

I S V

T e S 4

C C

42

5

C N 8 1

6

138

( B R N )

C M

UR3 USDA3

162

W 2

★

S

TB1

1 2 1

C

21 3

4 64 44 24 03 83 63 43 23 02 8

2 62 42 22 01 81 61 41 21 08654

1 2 9

U 1

31

34

T B 1

B

TB1

T r c

C

13V

1

D C H S

※ 4

TB1.CN

5-2

S G S

105

E

CH P S

C T 2

152

C

E C 1B A T 1

7

RED

P C C 2

U 2

C N 8 2

C N 8 4

H S V

153

39

1 1 1

PPR1

4

E C 5

160

( Y L W )E O S

400V

UR1 USDA1

11

D S V

172

1 0 2

1 1 8

A

USDA2UR2

22C

(GRN,G

RN)

24V

5WHT

153

44

5

T e s 5

0V

10

2

TB2.17

3

BAPPR2

C

TB2.17

4

TB2.17

2

1 2 0

3

C N 2 5C N 2 1

1

C N 2 03

C N 2 2

C N 2 6

106

TB2

11C

161

H P T ( R E D )

U 1

T r c

C N 2 3

4 5

※ 5

C B6

140

D R S

11A

1

W H T

★

EMERGENCY(COOL)

B L K

1

W

A 1

V

S

W 1 4U

R T 1 3

A 2

3 1

3 2

★

CN-C1

P + R E D

2

C N 3

TB2.17

4

144

32C

C N 9

2

4

C N 210

C

SMV

143

32A

35

C

W 3

11

2

C N 2

24V

E F H

1 1 6

32C

(注 18)

40

1 1 3

( G R N )S S

※ 3

31C

RCD(RTE)

E C 6

173

※ 1

C

※ 1

R E D

P T

A

1

3

T e S 2

P C C 1

134

146

EC5

A

104

C N 1 C N 2E C 3

T B 1

E C 8C N 3 2

L C D C N 3 1T B 1

3

1

E C 4

(注 18)

R E D

A M B S

EC8CN

11

137

23C

154

T /F Fu

174

B

P T、 C Tボ － ド

E C 2 . C N 2 6 - 3

R E DR R S R S S

RRS

RSS

R R S R S S+-

C N 1

R E CC N 8E C 2 . C N 2 6 - 1

E C 2 . C N 2 6 - 2

E C 2 . C N 2 6 - 4

E C 7B A T 2

2

C N 6

43

1

C N 5

C N 421

C N 3

E C 7

C N 2

EC2.CN

26

W H T

( G R N , R E D )

EC1.CN

15-1

E C 2

RPP133

B S V

TB1.CN

5-4

E I S

0V

W

T A 1S 3 1R

A 23 2VU

139

C F M

BRN

BRN

33WH

T35

BLK

34 171R

ED

T r c

P

EC1.CN

15-3

( B L U )R S

0V

D F - B L K

B

ＰＴ－ＣＴ

C N 4

5

P+RED

DF+WH

TA5

CABLE

T/F

P-BLK

DF-BLK

A4CABLE

A3CABLE

A2 CABLE

A

★

C

T r c

D F + W H T

24C

C

1 1 4

C

★

151

33

C T位 置

WHT

12C

BLK

1 1 0

★

U 3

T r C

173

C

C F C

123TB

1TB

1

126

TB1

TB1

125

R MDA CB

124

※ 4

B

4

W H T

3 1 AA

31C

1 1 7

145

171

YLW

C N 7

3

155

4 03 93 83 73 63 53 43 33 23 13 02 92 82 72 62 52 42 32 22 12 01 91 81 71 61 51 41 31 21 11 0987654321

BRN

BLK

3940

WHT

44

YLW

41RED

43 42BLU

E F M 2

C B

R

11C

C N 1

10

(BLU,B

LU)

BLU

EC8CN

13

165C N 1 3C N 1 2

C N 1 6

5

C N 1 7C N 1 0

※ 6

3C N 1 9

C N 1 4166

C N 1 5

E C 1

C N 1 8C N 1 1

1

164

CN-C2

L S V

T r c

W 1

※ 3

104

C

RCD

D S S

L P T ( B L U )

12

10

C N 8

( P P L )

32 152

E C 1 . C N 1 5

4 54 34 13 93 73 53 33 12 92 7

2 52 32 11 91 71 51 31 197321

32C

1 0 9

5

E F L

1 1 A

C N 2 4

1 1 2

※ 2

31C

WHT

RED

( W H T )

C N 1

12

11C

174

2 4

A 1S 2 3

A 2V

R T

W 1 4U

1 3

C

※ 2

★

6

E S V

TB2.17

2

U

S

1 4

3 1 A 1

W A 23 2V

R 1 3T

P-BL

K

B

TB1.CN

5-1

B

C N 6

1 0 1

T

S A 1R

3 2 A 2V

3 1

U

T

W

C

163

43

A 2

R

W

S 3 1T A 1

U V 3 2

135

12A

31

B

C T 2C T 1

165

101

164 ※ 6

166

106

E C 1 . C N 1 6

31

P029-032_S/G-A3_LXE10E-A18C,D 2008.02.18 13:45 ページ 33

32

P029-032_S/G-A3_LXE10E-A18C,D 2008.02.18 13:45 ページ 34

33

掲載機種このサービスガイドは本ユニットの特長及び取扱いについてサービスガイド（サービス編TR01-08B）と異なる事項のみ掲載しております。

NO. 項　　　目 サービスガイド（サービス編）と異なる点1 コントロールボックス蓋締め付け金具 ワンタッチレバータイプ

4☆ 除湿制御運転 次ページ以降の詳細説明を参照下さい

5☆ モードキー（表示パネル） 次ページ以降の詳細説明を参照下さい

6☆ 設定フローチャート 次ページ以降の詳細説明を参照下さい

☆印の項目については次ページ以降に詳細説明を掲載しています。

2☆ フローズン運転 次ページ以降の詳細説明を参照下さい

3☆ デフロスト運転 次ページ以降の詳細説明を参照下さい

7☆ 自動ポンプダウン 次ページ以降の詳細説明を参照下さい

8☆ ケーブルクランプ金具 装備しています

9☆ マニュアルチェック選択モード 次ページ以降の詳細説明を参照下さい

10☆ 電子式温度記録計 次ページ以降の詳細説明を参照下さい

11☆ TransFRESH 次ページ以降の詳細説明を参照下さい12 通信モデム 装備しています13 温度設定範囲 ＋30℃～－30℃

14☆ 付図 次ページ以降の詳細説明を参照下さい

P033-060_S/G-A4_LXE10E-A18C,D 2008.02.19 17:43 ページ 33

34

目　　　　　次3.5.3 バッテリチェック………………………3-363.5.4 バッテリ交換（充電式電池）…………3-37

3.6 パソコンとの情報交換………………………3-383.6.1 データロギング…………………………3-393.6.2 パソコンソフトの構成…………………3-40

3.7 コントローラの点検方法……………………3-423.8 コントローラの交換および初期設定………3-43

3.8.1 コントローラの交換……………………3-433.8.2 コントローラDECOSⅢdとⅢc & Ⅲbとの互換性 ………………………3-443.8.3 LXE10E-1,LXE10E-A & LXE10D スペアーコントローラ

DECOSⅢd,DECOSⅢc & DECOSⅢb交換時のイニシャル設定手順…3-463.8.4 LXE10E-1 & LXE10E-A スペアーコントローラDECOSⅢdの初期設定表…3-473.8.5 LXE10E-A スペアーコントローラDECOSⅢcの初期設定表…3-483.8.6 LXE10D スペアーコントローラDECOSⅢbのイニシャル設定表 …3-49

3.9 PTI（使用前点検）と定期点検 ……………3-503.9.1 点検項目…………………………………3-513.9.2 自動PTI …………………………………3-54

3.9.2.1 PTI選択モード ……………………3-553.9.2.2 S.PTI ………………………………3-563.9.2.3 F.PTI ………………………………3-573.9.2.4 PTI（使用前点検）中のアラーム一覧 …3-583.9.2.5 M.CHECK …………………………3-59

3.10 チャートレス機能 …………………………3-613.10.1 チャート表示機能 ……………………3-613.10.2 Pコード（プルダウンタイム表示）……3-633.10.3 チャートレスコード …………………3-64

3.10.3.1 チャートレスコード一覧 ………3-643.10.3.2 H-コード …………………………3-653.10.3.3 d-コード …………………………3-67

3.11 通信モデム …………………………………3-684.サービスとメンテナンス …………………………4-1

4.1 サービスの方法 ………………………………4-14.1.1 冷媒の回収 ………………………………4-14.1.2 ゲージマニホールドの取付け、取外し …4-14.1.3 自動ポンプダウン ………………………4-34.1.4 冷媒の回収および充填 …………………4-5

4.2 主要機器とメンテナンス ……………………4-84.2.1 スクロール圧縮機 ………………………4-84.2.2 ファンおよび電動機……………………4-124.2.3 PT/CTボード（EC9756） ………………4-134.2.4 電子膨張弁………………………………4-154.2.5 吸入比例弁………………………………4-164.2.6 ドライヤ…………………………………4-174.2.7 電磁弁……………………………………4-184.2.8 吐出圧力調整弁…………………………4-194.2.9 逆止弁……………………………………4-194.2.10 高圧圧力開閉器（HPS）………………4-204.2.11 低圧圧力センサ（LPT）………………4-204.2.12 高圧圧力センサ（HPT）………………4-214.2.13 空冷凝縮器、蒸発器 …………………4-214.2.14 可溶栓 …………………………………4-214.2.15 リキッド／モイスチャーインジケータ …4-224.2.16 真空乾燥 ………………………………4-23

取扱上の注意

・危険…………………………………………………4・警告…………………………………………………5・注意…………………………………………………7

1. 概要 …………………………………………………1-11.1 運転範囲 ………………………………………1-11.2 各部の名称 ……………………………………1-11.3 運転操作 ………………………………………1-2

1.3.1 運転準備と操作 …………………………1-21.3.2 運転中の点検 ……………………………1-31.3.3 停止後の処置 ……………………………1-31.3.4 ベンチレータの開閉 ……………………1-4

2.製品データ …………………………………………2-12.1 主仕様 …………………………………………2-12.2 部品名称 ………………………………………2-2

2.2.1 庫外側 ……………………………………2-22.2.2 庫内側 ……………………………………2-52.2.3 コントロールボックス …………………2-7

2.3 機能部品・保護装置の設定値………………2-122.4 運転圧力と電流値……………………………2-132.5 運転モードと制御……………………………2-17

2.5.1 フローズン運転…………………………2-182.5.2 チルド、パーシャルフローズン運転…2-202.5.3 デフロスト運転…………………………2-222.5.4 除湿制御運転（オプション）…………2-252.5.5 共通制御…………………………………2-26

3.電子式コントローラ ………………………………3-13.1 機能 ……………………………………………3-13.2 電子式コントローラの基本操作 ……………3-3

3.2.1 コントロールパネル ……………………3-33.3 操作方法 ………………………………………3-6

3.3.1 操作方法フローチャート ………………3-63.3.2 各表示モード操作方法 …………………3-9

1.カレント（運転状態）表示モード …………3-92.運転設定モード …………………………3-103.電池モード ………………………………3-114.モード運転 ………………………………3-125.表示（LED部）消灯モード…………………3-146.センサ表示モード ………………………3-157.温度記録スクロールモード ……………3-188.アラーム記録スクロールモード ………3-219.PTIレコードスクロールモード…………3-23

3.3.3 設定フローチャート……………………3-2410.オプション機能設定モード……………3-2611.基本機能設定モード……………………3-2712.オプション条件機能設定モード………3-2913.インプットデータモード………………3-3114.コントローラソフトダウンロードモード…3-32

3.4 アラーム表示とバックアップ機能…………3-333.4.1 アラーム一覧表…………………………3-333.4.2 センサ異常時のバックアップ運転……3-34

3.5 バックアップ用電池…………………………3-363.5.1 仕様………………………………………3-363.5.2 機能………………………………………3-36

☆が付いている項目は、標準サービスガイド（TR 01-08B）と内容が異なることを示しています。

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目　　　　　次8.2.8 ジーセット運転2 ………………………8-328.2.9 バルブモード……………………………8-338.2.10 除湿制御 ………………………………8-358.2.11 マニュアルチェック選択モード ……8-398.2.12 F.PTI仕様………………………………8-408.2.13 リチャージャブルバッテリ …………8-42

8.3 コントロールボックス………………………8-438.3.1 パソコンレセプタクル、

予備ヒューズのコントロールボックス内装備………8-438.3.2 ケーブルクランプ金具1 ………………8-448.3.3 ケーブルクランプ金具2 ………………8-45

8.4 USDA低温処理輸送 …………………………8-468.4.1 USDAセンサ、レセプタクルの型式…8-468.4.2 初期設定…………………………………8-468.4.3 USDAセンサカリブレーション………8-468.4.4 USDA低温処理輸送要件………………8-468.4.5 USDA事務所要求の書類作成…………8-46

8.5 TransFRESH…………………………………8-488.6 特殊サービスポート…………………………8-50

8.6.1 冷媒の回収………………………………8-508.6.2 ゲージマニホールドの取付け、取外し …8-50

8.7 圧力計…………………………………………8-52

5. オプション…………………………………………5-1

5.1 電子式温度記録計 ……………………………5-15.1.1 標準型 ……………………………………5-15.1.2 リチャージャブルバッテリ型 …………5-3

5.2 USDA低温処理輸送 …………………………5-45.2.1 USDAセンサ、レセプタクルの型式……5-45.2.2 初期設定 …………………………………5-45.2.3 USDAセンサカリブレーション…………5-45.2.4 USDA低温処理輸送要件…………………5-45.2.5 USDA事務所要求の書類作成……………5-4

5.3 TransFRESH …………………………………5-66.故障診断 ……………………………………………6-1

6.1 冷媒システム・電気システム ………………6-16.2 アラームコードの診断………………………6-136.3 自動PTIのトラブルシューティング（Jコード）…6-176.4 記録紙による診断……………………………6-196.5 緊急運転の方法………………………………6-22

6.5.1 コントローラの緊急運転………………6-226.5.2 コントローラの短絡運転………………6-236.5.3 電子膨張弁の緊急運転…………………6-256.5.4 吸入比例弁の緊急運転方法……………6-266.5.5 吹出センサ・吸込センサ緊急運転……6-27

7.付図 …………………………………………………7-17.1 ボルトの標準締付トルク ……………………7-17.2 フレヤナットの標準締付トルク ……………7-17.3 モータコイル及び電磁弁コイルの抵抗値 ……7-17.4 電子膨張弁コイルの標準締付トルク（EVコイル）……7-17.5 HFC134a、温度一蒸気圧特性表 ……………7-27.6 温度換算表と温度センサ(SS/RS/DSS/DRS/RSS/RRS/EIS/EOS/SGS

/AMBS）特性表 ……………………………………�