WALL MOUNTED UNITS SDH W SDH W SDH W SDH W

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1 WALL MOUNTED UNITS Technical Dossier WALL MOUNTED UNITS SDH W SDH W SDH W SDH W 2010

2 1- CONTENTS 1- Contents Technical specifications Temperature by capacities SDH W SDH W SDH W SDH W Wiring diagrams Error codes Flow chart of diagnosis and solutions PCB Explanation Proper symbols and their meaning Function Protection Fan-only mode Cooling mode Dehumidifying mode Heating mode Defrosting mode Auto mode Force cooling function Sleep mode Auto restart function Turbo mode...25

3 2- TECHNICAL SPECIFICATIONS Model SDH W SDH W SDH W SDH W Indoor unit HWI HWI HWI HWI Outdoor unit HWO HWO HWO HWO Power supply V/Ph/Hz 230/1/50 kw 2,65 3,25 5,15 7,03 Cooling capacity BTU Fg/h Power input kw 0,82 1,01 1,71 2,45 Nominal capacity (UK condit) kw 2,53 3,06 4,63 6,93 Power input (UK conditions) kw 0,66 0,83 1,38 1,96 Operating current A 3,70 4,40 7,70 11,50 EER 3,23 3,22 3,01 2,87 Energy level class A A B C Annual consumption kwh kw 2,80 3,30 5,40 7,91 Heating capacity BTU Kcal/h Power input kw 0,77 0,91 1,67 2,46 Nominal capacity (UK condit) kw 2,21 2,83 4,27 6,57 Power input (UK conditions) kw 0,72 0,90 1,52 2,14 Operating current A 3,50 3,90 7,20 11,50 COP 3,64 3,63 3,23 3,22 Energy level class A A C C Max power input kw 1,10 1,40 2,60 3,50 Max operating current A 5,50 7,50 13,00 18,00 INDOOR UNIT Air flow volume m3/h 320 / 380 / / 500 / / 730 / / 1020 / 1080 Remote control type Wireless - Infrared Wireless - Infrared Wireless - Infrared Wireless - Infrared Remote control reference R19 A/E R19 A/E R19 A/E R19 A/E Sound pressure db(a) 28 / 34 / / 37 / / 39 / / 40 / 44 Testing conditions for sound pressure Microphone directivity, distance 1.0m Dimensions HxLxD mm 275 x 790 x x 790 x x 940 x x 1030 x 221 Net weight Kg Packaged dimensions HxLxD mm 350 x 865 x x 865 x x 1015 x x 1135 x 315 Volume 0,080 0,080 0,096 0,156 Packaged weigth 11, ,5 20,0 3

4 2- TECHNICAL SPECIFICATIONS SDH W SDH W SDH W SDH W OUTDOOR UNIT Air flow volume m3/h Sound pressure db(a) Number of fans Refrigerant R410A R410A R410A R410A Refrigerant charge heat pump gr Compressor type Rotary Rotary Rotary Rotary Compressor Model PA103M1C-4DZDE2 PA118M1C-4FZ2 PA200X2CS-4KU1 PA290X3CS-4MU1 Compressor Brand Toshiba Toshiba Toshiba Toshiba Expansion system Capillary Capillary Capillary Capillary Electric_electronic protections Voltage protection; current protection; communication protection Dimensions HxLxD mm 550 x 700 x x 780 x x 760 x x 845 x 335 Dimensions Valves A/B/C mm 60 / 60 / / 60 / / 60 / / 85 / 160 Dimensions Installation I/J mm 240 / / / / 554 Net weight Kg 24, Packaged dimensions HxLxD mm 580 x 815 x x 910 x x 887 x x 887 x 355 Volume 0,154 0,175 0,206 0,206 Packaged weight heat pump Kg 26, INSTALLATION Pipe connection liq/gas inches 1/4-3/8 1/4-3/8 1/4-1/2 3/8-5/8 PM (Max pressure) bar pm (min pressure) bar Max. Piping length m Max. Height IU under OU m Max. Height OU under IU m Chargeless length m Additional charge per meter gr

5 3- TEMPERATURE BY CAPACITIES 3.1 sdh w Cooling OUTDOOR TEMPERATURE DRY Indoor Conditions 21ºC 25ºC 30ºC 35ºC 40ºC 45ºC 21ºC D 15ºC W 24ºC D 17ºC W 27ºC D 19ºC W 32ºC D 23ºC W Total capacity kw 2,45 2,43 2,41 2,36 1,89 1,77 Sensitive capacity kw 1,96 1,94 1,92 1,89 1,51 1,42 Input kw. 2,76 2,74 2,72 2,67 2,75 2,86 Total capacity kw 2,51 2,48 2,46 2,41 1,93 1,81 Sensitive capacity kw 2,01 1,99 1,97 1,93 1,54 1,45 Input kw. 0,83 0,82 0,82 0,80 0,82 0,86 Total capacity kw 2,76 2,73 2,70 2,65 2,12 1,99 Sensitive capacity kw 2,20 2,18 2,16 2,12 1,70 1,59 Input kw. 0,85 0,84 0,84 0,82 0,84 0,88 Total capacity kw 3,09 3,06 3,03 2,97 2,37 2,23 Sensitive capacity kw 2,47 2,45 2,42 2,37 1,90 1,78 Input kw. 0,95 0,94 0,94 0,92 0,95 0,98 HEATING Indoor Conditions 15ºC 18ºC 20ºC 22ºC 27ºC OUTDOOR CONDITIONS 24ºC D 18ºC W 12ºC D 11ºC W 7ºC D 6ºC W 4ºC D 3ºC W 0ºC D -1ºC W -5ºC D -6ºC W -7ºC D -8ºC W Capacity kw 3,59 3,55 3,11 2,55 2,18 1,71 1,59 Input kw. 0,99 0,97 0,85 0,79 0,77 0,68 0,66 Capacity kw 3,43 3,39 2,97 2,43 2,08 1,63 1,51 Input kw. 0,94 0,93 0,81 0,75 0,74 0,65 0,63 Capacity kw 3,23 3,20 2,80 2,30 1,96 1,54 1,43 Input kw. 0,89 0,88 0,77 0,71 0,70 0,61 0,60 Capacity kw 2,75 2,72 2,38 1,95 1,67 1,31 1,21 Input kw. 0,82 0,81 0,71 0,66 0,64 0,57 0,55 Capacity kw 2,75 2,72 2,38 1,95 1,67 1,31 1,21 Input kw. 0,83 0,82 0,72 0,66 0,65 0,57 0,56 ENG 5

6 3- TEMPERATURE BY CAPACITIES 3.2 sdh w Cooling OUTDOOR TEMPERATURE DRY Indoor Conditions 21ºC 25ºC 30ºC 35ºC 40ºC 45ºC 21ºC D 15ºC W 24ºC D 17ºC W 27ºC D 19ºC W 32ºC D 23ºC W Total capacity kw 3,01 2,98 2,95 2,89 2,31 2,17 Sensitive capacity kw 2,41 2,38 2,36 2,31 1,85 1,74 Input kw. 3,30 3,28 3,25 3,19 3,28 3,41 Total capacity kw 3,08 3,05 3,02 2,96 2,37 2,22 Sensitive capacity kw 2,46 2,44 2,41 2,37 1,89 1,77 Input kw. 1,02 1,01 1,00 0,99 1,01 1,05 Total capacity kw 3,38 3,35 3,32 3,25 2,60 2,44 Sensitive capacity kw 2,70 2,68 2,65 2,60 2,08 1,95 Input kw. 1,05 1,04 1,03 1,01 1,04 1,08 Total capacity kw 3,79 3,75 3,71 3,64 2,91 2,73 Sensitive capacity kw 3,03 3,00 2,97 2,91 2,33 2,18 Input kw. 1,17 1,16 1,15 1,13 1,17 1,21 ENG HEATING Indoor Conditions 15ºC 18ºC 20ºC 22ºC 27ºC OUTDOOR CONDITIONS 24ºC D 18ºC W 12ºC D 11ºC W 7ºC D 6ºC W 4ºC D 3ºC W 0ºC D -1ºC W -5ºC D -6ºC W -7ºC D -8ºC W Capacity kw 4,23 4,18 3,66 3,00 2,56 2,01 1,87 Input kw. 1,16 1,15 1,01 0,93 0,91 0,80 0,78 Capacity kw 4,04 3,99 3,50 2,87 2,45 1,92 1,78 Input kw. 1,11 1,10 0,96 0,89 0,87 0,77 0,75 Capacity kw 3,81 3,77 3,30 2,71 2,31 1,82 1,68 Input kw. 1,05 1,04 0,91 0,84 0,82 0,72 0,71 Capacity kw 3,24 3,20 2,81 2,30 1,96 1,54 1,43 Input kw. 0,97 0,96 0,84 0,78 0,76 0,67 0,65 Capacity kw 3,24 3,20 2,81 2,30 1,96 1,54 1,43 Input kw. 0,98 0,97 0,85 0,78 0,77 0,67 0,66 6

7 3- TEMPERATURE BY CAPACITIES 3.3 sdh w Cooling OUTDOOR TEMPERATURE DRY Indoor Conditions 21ºC 25ºC 30ºC 35ºC 40ºC 45ºC 21ºC D 15ºC W 24ºC D 17ºC W 27ºC D 19ºC W 32ºC D 23ºC W Total capacity kw 4,67 4,63 4,58 4,49 3,59 3,37 Sensitive capacity kw 3,74 3,70 3,67 3,59 2,88 2,70 Input kw. 5,05 5,02 4,98 4,88 5,03 5,22 Total capacity kw 4,78 4,73 4,69 4,59 3,68 3,45 Sensitive capacity kw 3,82 3,79 3,75 3,68 2,94 2,76 Input kw. 1,73 1,71 1,70 1,67 1,72 1,78 Total capacity kw 5,25 5,20 5,16 5,15 4,04 3,79 Sensitive capacity kw 4,20 4,16 4,12 4,04 3,23 3,03 Input kw. 1,77 1,76 1,74 1,71 1,76 1,83 Total capacity kw 5,88 5,82 5,77 5,65 4,52 4,24 Sensitive capacity kw 4,70 4,66 4,61 4,52 3,62 3,39 Input kw. 1,98 1,97 1,95 1,92 1,97 2,05 HEATING Indoor Conditions 15ºC 18ºC 20ºC 22ºC 27ºC OUTDOOR CONDITIONS 24ºC D 18ºC W 12ºC D 11ºC W 7ºC D 6ºC W 4ºC D 3ºC W 0ºC D -1ºC W -5ºC D -6ºC W -7ºC D -8ºC W Capacity kw 6,92 6,85 5,99 4,92 4,20 3,30 3,06 Input kw. 2,14 2,11 1,85 1,71 1,67 1,47 1,43 Capacity kw 6,61 6,54 5,72 4,69 4,01 3,15 2,92 Input kw. 2,04 2,02 1,77 1,64 1,60 1,41 1,37 Capacity kw 6,24 6,17 5,40 4,43 3,78 2,97 2,75 Input kw. 1,93 1,91 1,67 1,55 1,51 1,33 1,29 Capacity kw 5,30 5,24 4,59 3,76 3,21 2,52 2,34 Input kw. 1,78 1,76 1,54 1,43 1,39 1,23 1,19 Capacity kw 5,30 5,24 4,59 3,76 3,21 2,52 2,34 Input kw. 1,80 1,78 1,55 1,44 1,40 1,24 1,20 ENG 7

8 3- TEMPERATURE BY CAPACITIES 3.4 sdh w Cooling OUTDOOR TEMPERATURE DRY Indoor Conditions 21ºC 25ºC 30ºC 35ºC 40ºC 45ºC 50ºC 21ºC D 15ºC W 24ºC D 17ºC W 27ºC D 19ºC W 32ºC D 23ºC W Total capacity kw 6,79 6,50 6,26 5,91 5,67 5,49 5,31 Sensitive capacity kw 5,43 5,20 5,01 4,72 4,54 4,39 4,25 Input kw. 1,54 1,76 1,98 2,21 2,43 2,65 2,87 Total capacity kw 7,44 7,11 6,86 6,47 6,21 6,01 5,82 Sensitive capacity kw 5,95 5,69 5,48 5,17 4,97 4,81 4,66 Input kw. 1,63 1,86 2,09 2,33 2,56 2,79 3,03 Total capacity kw 8,08 7,73 7,45 7,03 6,75 6,54 6,33 Sensitive capacity kw 6,47 6,19 5,96 5,62 5,40 5,23 5,06 Input kw. 1,72 1,96 2,21 2,45 2,70 2,94 3,19 Total capacity kw 9,30 8,89 8,57 8,08 7,76 7,52 7,28 Sensitive capacity kw 7,44 7,11 6,86 6,47 6,21 6,01 5,82 Input kw. 1,97 2,25 2,54 2,82 3,10 3,38 3,66 ENG HEATING Indoor Conditions 15ºC 18ºC 20ºC 22ºC 27ºC OUTDOOR CONDITIONS 24ºC D 18ºC W 12ºC D 11ºC W 7ºC D 6ºC W 4ºC D 3ºC W 0ºC D -1ºC W -5ºC D -6ºC W -7ºC D -8ºC W -15ºC D -16ºC W Capacity kw 13,64 10,92 9,10 8,19 7,73 6,82 6,37 5,91 Input kw. 4,24 3,39 2,83 2,69 2,55 2,40 2,26 1,98 Capacity kw 12,81 10,25 8,54 7,69 7,26 6,41 5,98 5,55 Input kw. 3,99 3,19 2,66 2,52 2,39 2,26 2,13 1,86 Capacity kw 11,87 9,49 7,91 7,12 6,72 5,93 5,54 5,14 Input kw. 3,69 2,95 2,46 2,34 2,21 2,09 1,97 1,72 Capacity kw 10,92 8,73 7,28 6,55 6,19 5,46 5,09 4,73 Input kw. 3,39 2,72 2,26 2,15 2,04 1,92 1,81 1,58 Capacity kw 9,49 7,59 6,33 5,70 5,38 4,75 4,43 4,11 Input kw. 2,95 2,36 1,97 1,87 1,77 1,67 1,57 1,38 8

9 4- WIRING DIAGRAMS wiring diagram for indoor SDH W / SDH W / SDH W. wiring diagram for indoor SDH W 9

10 4- WIRING DIAGRAMS wiring diagram for outdoor SDH W wiring diagram for outdoor SDH W wiring diagram for outdoor SDH W 10

11 5- ERROR CODES 11

12 6- FLOW CHART OF DIAGNOSIS AND SOLUTIONS FOR UNITS 1. After energizing, no indicator is lighted and the air conditioner can t be operated. 12

13 6- FLOW CHART OF DIAGNOSIS AND SOLUTIONS 2. Resetting phenomenon often occurs during operation. (That is automatically entering to the status when the power is on) The reason is that the instantaneous voltage of main chip is less than 4.5 V. Check according to the following procedure: 3. Operation lamp flashes and Timer lamp off. : 13

EEROM error, indoor PCB is defective. : 7. Operation lamp flashes and Timer lamp flashes.

14 6- FLOW CHART OF DIAGNOSIS AND SOLUTIONS 4.Operation lamp flashes and Timer lamp on. : 5.Operation lamp off and Timer lamp flashes. : ENG 6. Operation lamp on and Timer lamp flashes. EEROM error, indoor PCB is defective. : 7. Operation lamp flashes and Timer lamp flashes. This alarm happens when the main chip can t detect zero-sign. When such failure occurs, the main control board is defective.: 14

15 6- FLOW CHART OF DIAGNOSIS AND SOLUTIONS FOR 065 UNITS 1. After energizing, no indicator is lighted and the air conditioner can t be operated. 15

16 6- FLOW CHART OF DIAGNOSIS AND SOLUTIONS 2. Resetting phenomenon often occurs during operation. (That is automatically entering to the status when the power is on) The reason is that the instantaneous voltage of main chip is less than 4.5 V. Check according to the following procedure: 3. Over current protection of the compressor occurs 4 times. : 16

6- FLOW CHART OF DIAGNOSIS AND SOLUTIONS 4.

17 6- FLOW CHART OF DIAGNOSIS AND SOLUTIONS 4. Temperature sensor error. Including the indoor room, indoor evaporator and outdooor condenser temperature sensor. 5. Outdoor unit protects. 6. EEROM error. EEROM error, indoor PCB is defective, change indoor PCB or change EEPROM if it s changeable. 7. Indoor unit communication error. 17

18 7- PCB EXPLANATION 7.1 Proper symbols and their meaning TA Indoor ambient temperature TE Indoor evaporator temperature TS Setting temperature through the remote controller I3sec Self-protection amp of compressor, continue three seconds until turns off the compressor. I5MIN Self-protection amp of compressor, continue five minutes until turns off the compressor. IFAN Self-protection amp of outdoor fan/indoor fans when they change from higher wind to lower wind. IRESTORE Amp self-protection return value THDEFROST High wind, defrosting temperature difference TMDEFROST Middle wind, defrosting temperature difference TLDEFROST Low wind, defrosting temperature difference TE1 Anti-cold wind, from Fan Off to Breeze temperature TE2 Anti-cold wind, from Breeze to Setting Fan Speed temperature TE3 Anti-cold wind, from Setting Fan Speed to Breeze temperature TE4 Anti-cold wind, from Breeze to Fan Off temperature TE5 Evaporator low temperature protection entering temperature TE6 Evaporator low temperature protection restoring temperature TE7 Evaporator high temperature protection, compressor off temperature TE8 Evaporator high temperature protection, fan off temperature TE9 Evaporator high temperature protection, restoring temperature TE10 Condenser high temperature protection, compressor off temperature (only for 065 unit) TE11 Condenser high temperature protection, restoring temperature (only for 065 unit) 7.2 FUNCTION Remote receiving Testing and forced running Position set for indoor unit wind vane LED displaying and alarm On or off Timer Protection for the compressor Current protection High temperature protection of indoor heat exchanger at heating mode Auto defrosting and heating recovery at heating mode Anti cold air at heating mode Anti frozen at cooling mode (only for units) 18

19 7- PCB EXPLANATION 7.3 Protection 3 minutes delay at restart for compressor. Sensor protection at open circuit and breaking disconnection Fan Speed is out of control. When Indoor Fan Speed is too high(higher than 2100RPM)or too low(lower than 300RPM) lasting 50 seconds, the unit stops and LED displays failure information and can t returns to normal operation automatically. Cross Zero signal error warning. If there is no Cross Zero signals in 4 minutes, the unit stops and LED displays failure information and can t returns to normal operation automatically. The current protection of the compressor If compressor turns off for continuously 4 times due to current protection in 5 minutes from Compressor On, the unit stops and LED displays failure information and can t return to normal operation automatically. 7.4 Fan-only mode Fan speed is high / mid / low / Auto ENG 19

20 7- PCB EXPLANATION 7.5 Cooling mode The 4-way valve is closed at cooling mode. The action of the compressor and the outdoor fan:(t=indoor temperature) Auto fan at cooling mode: (4 for 065 unit) Anti-freezing control to indoor evaporator at cooling mode ( T: evaporator temp. ) Condenser high temperature protection (only for 065 unit): 20

21 7- PCB EXPLANATION 7.6 Dehumidifying mode The 4-way valve is off in dehumidifying mode. For 065 unit, protection is the same as cooling mode. For units, Compressor and Indoor Fan actions in dehumidifying mode, as follows: Block Indoor Fan Compressor and Outdoor fan A B C LOW BREEZE LOW BREEZE LOW BREEZE ON 6 minutes OFF 4 minutes ON 5 minutes OFF 5 minutes ON 4 minutes OFF 6 minutes Repeat on and off cycle. Low room temperature protection: When room temperature decreases to below 10, compressor and outdoor fan will stop(indoor fan is Breeze). Dehumidifying operation will be resumed when room temperature restores to over 13ºC. At dehumidifying mode, the anti-freezing function of the indoor heat exchanger is the same as that of cooling mode. At dehumidifying mode, the action of fans of indoor is the same as that of air-only mode. 7.7 Heating mode Generally, the 4-way valve is open in heating mode, but it is closed in defrosting mode. 4-way valve must delay 2 minutes compared with compressor if the compressor changed into non-heating mode or turned off. 4-way valve doesn t delay in dehumidifying mode Generally, the outdoor fan is turned off with the on-off action of compressor in heating mode, except for the defrosting mode or the end of defrost Action of compressor and outdoor fan motor at heating mode: compressor must run for 7 minutes after starting and then judge temperature. Meanwhile other protections are still valid. ENG * This parameter can be changed from 0 to 3 21

22 7- PCB EXPLANATION Indoor Fan actions at heating mode Indoor Fan can be set at HIGH/MID/LOW/AUTO by using a remote controller, but Anti-cold wind function prevails. Anti-cold wind control function at heating mode (T=indoor exchanger temp.) Auto wind at heating mode (T=indoor temp.) Indoor evaporator high-temperature protection at heating mode (T=indoor exchanger temp.) 22

23 7- PCB EXPLANATION The louver opens to Standard Angle ANGLHEAT when power is on for the first time. 7.8 Defrosting mode FOR UNITS: Defrosting condition: Defrosting starts when either of the following and : A and B are satisfied: A: The compressor keeps running for 40 minutes or more. B: The temperature difference of evaporator and room temperature meets one of the following: Calculate from the end of latest defrost, evaporator high temp. Protection only closes outdoor fan with the compressor still running. Add up to 90 minutes. Defrosting time: At condition, If item B is satisfied before item A, it would be regarded as severe frosting and the defrosting 1time is 10 minutes. If item B is satisfied after item A, the defrosting time is 7.5minutes. At condition, the defrosting time is 10 minutes.2 After three times continuous 7.5-minute defrost, the fourth defrost time should be 10 minutes. The circulation is as following: Ending condition of defrosting If one of following conditions is satisfied, end the defrost and turn into heating mode: ENG A. The defrost time has reached to 7.5 or 10 minutes. B. The compressor current has reached to IDEFROST or above, IDEROST differs in different models 23

24 7- PCB EXPLANATION FOR 065 UNIT ONLY: Defrosting condition: Defrosting starts when either of the following: The compressor works under the condition that T3 lower than 0 C add up to more than 40 minutes, and under the condition that T3 is lower than -3 C consecutively reaches 3 minutes. Calculate from the end of latest defrost, that evaporator high temperature protection only closes outdoor fan with the compressor still running add up to 90 minutes Conditions of defrost ending: Defrosting ends when either of the following: The time gets to 10 minutes. T3>20 C. The circulation is as following: Defrosting Actions (valid for all units) 7.9 Auto mode The air conditioner automatically selects one of the following operation modes: cooling, heating or fan only according to the temperature difference between room temperature (TA) and set temperature (TS). ENG The indoor fan blows automatically in corresponding selected mode The motion of indoor fan s blade should accord with the selected operation mode One mode should be carried out for at least 15 minutes once selected. If the compressor cannot start for 15 minutes, reselect the operation mode according to the room temp. and set temp., or reselect when the set temp. varies. 24

25 7- PCB EXPLANATION 7.10 Force cooling function Select forced cooling function with the forced cooling button or the switch The compressor is unconditionally turned on, after 30 minutes cooling operation whose fan mode is set as low, the A/C operates at the DRY mode with a set temp. of 24ºC All protections of remote control cooling are available at forced cooling operation Forced Auto function Select forced auto function with the forced auto button or the switch. In forced auto status the A/C operates at remote control mode with a set temp. of 24ºC 7.11 Sleep mode The sleep function is available at cooling, heating or auto mode Cooling: The set temperature rise 1 per hour. Two hours later, the set temperature will maintain as a constant and the fan speed is kept at low speed. The total time is 7 hours, after 7 hours the unit stops. Heating: The set temperature decrease 1ºC per hour. Two hours later, the set temperature will maintain as a constant and the air circulation is kept at low speed (Anti-cold function takes precedence over all). The total time is 7 hours, after 7 hours the unit stops. Auto: After an hour running under economic mode, the set temp will rise 1ºC,if it is under cooling mode; the set temp will decrease 1ºC,if it is under heating mode; the set temp will be changeless, if it is under fan -only mode; the condition will be the same after the air conditioner running under economic mode after 2 hours, and during the next time the set temp do not change. The total time is 7 hours, after 7 hours the unit stops auto restart function Auto restart function: In case of a sudden power failure, this function automatically sets the unit to previous settings before the power failure when power returns turbo mode Turbo mode: In cooling mode, when pressing the turbo button on the remote controller, the unit will enter turbo mode with ultra-high speed and reach the set temperature more quickly. After running 20 minutes in turbo mode, the indoor fan will automatically recover the preset speed. ENG 25

26 NOTES 26

27 NOTES 27

28 Saunier Duval reserves the right to modify specifications without prior notice. Spain: Saunier Duval Clima S.A. Polígono Ugaldeguren 3 Parcela Zamudio (Bizkaia) Tel: Fax: info@saunierduval.es SDH14-W-TD 02/2010

1. Features Specification Dimensions Refrigeration cycle diagram Operation limits

1. Features Specification Dimensions Refrigeration cycle diagram Operation limits GLORY (ECO) STAR SERIES 1. Features 60 2. Specification 61 61 3. Dimensions 67 67 4. Refrigeration cycle diagram 70 70 5. Operation limits 71 6. Wiring diagram 72 7. Troubleshooting 80 8. Electronic function