S&A CW-6000AN250S01 User Manual Download Page 8

CW-6000/6100/6200 Series 

   

5.  General settings adjustment 

Press SET key to enter into the user-defined state. Meanwhile, PARAM SET is 

on, controller in parameters setup status. 

(1)  Under  intelligent  mode,  the  control  panel  displays  the  temperature  difference 

value between water and air (default value is -2). 

(2)  Under  constant  temperature  mode

the  control  panel  displays  the  set 

temperature value (default value is 25). 

At this moment, press

keys to change settings. After modifying the 

value,  press  RST  key  to  save  and  exit,  then  new  parameters  take  effect,  or 

press  SET  key  to  exit  without  saving  parameters.  If  there  is  no  more  action 

within  20  seconds,  it  will  automatically  exit  modifying  status  without  saving 

parameters. 

6.    Advanced settings adjustment

 

(1)  Press  and  hold  the 

  key  while  press  SET  key  for  5  seconds  until  00 

displayed in upper window and PAS in lower window. Then press   

 

keys to select the password (default setting is 8), and then press the SET key, if 

the password is correct, F0 displays, entering into setup status, D1 flashing to 

indicate that the controller is under parameters setup status. If the password is 

incorrect, it returns to temperature display. 

 

(2) Enter setup state, press 

 

  keys to switch parameter items circularly, 

then press   

  keys to modify the parameter values. Press enter key 

RST at any time to exit parameters setup with saving modified parameters and 

return to temperature display, then chiller runs under the new parameters. If no 

key  is  pressed  within  20  seconds,  the  controller  will  automatically  exit 

parameters  setup  without  saving  the  modified  parameters  (under  parameters 

setup  status,  system  running  in  original  parameters).  Under  parameters  setup 

status, SET key does not work. 

Note: 

1. During parameters setting condition, system runs under original parameters. 

2. Under constant temperature control mode, the water temperature is controlled by 

parameter F0; 

3.  Under  intelligent  control  mode,  the  water  temperature  will  be  automatically 

adjusted  according  to  temperature  changes.  The  temperature  difference  is 

commanded by F1. 

Summary of Contents for CW-6000AN250S01

Page 1: ...CW 6000 6100 6200 DUAL TEMPERATURE INDUSTRIAL CHILLER USER MANUAL...

Page 2: ...1 Cautions 3 2 Contour and parts introduction 4 3 Installation 5 4 Operation and parameters adjustment 6 5 Flow adjustment in high temperature segment 9 6 Flow alarm and output ports 10 7 Specificati...

Page 3: ...dden to run the chiller without water in the storage water tank The new machine is packed after draining whole water in the tank so please make sure the tank has water inside before machine starting o...

Page 4: ...parts introduction POWER SWITCH HIGH TEMP LOW TEMP WATER PRESSURE GAUGE WATER OUTLET H AIR INLET FILTER GAUZE POWER SUPPLY ALARM OUTPUT WATER INLET H DRAIN WATER LEVEL GAUGE WATER SUPPLY INLET AIR OU...

Page 5: ...hed on if the water temperature is under the set value it is normal that fans and other components of the machine do not work The temperature controller will automatically control the working conditio...

Page 6: ...d structure except default setting 1 Temperature control panel introduction 1 Indicators of temperature controller working status COMP ON compressor working SV ON solenoid valve working Heating ON hea...

Page 7: ...alarm In alarming state the alarm sound could be suspended by pressing any button but the alarm display remains until the alarm condition is eliminated 4 Temperature controller parameters list Order C...

Page 8: ...8 and then press the SET key if the password is correct F0 displays entering into setup status D1 flashing to indicate that the controller is under parameters setup status If the password is incorrec...

Page 9: ...an 25 and the alarm of over low water temperature will be on when water temperature is lower than 5 Regardless of what is the ambient temperature the cooling water temperature is constant in 19 to 21...

Page 10: ...ing voltage less than 300V Display Condition Alarm code Buzzer OUT H1 H2 OUT H1 H3 Circulating pump works properly DISCONNECTI ON BREAKOVER Blocked cooling water circulation loop E6 Sounds BREAKOVER D...

Page 11: ...W 1 28 HP 1 22 HP Refrigeration capacity 10286 Btu h 9502 Btu h 3 015 KW 2 785 KW 2592 Kcal h 2395 Kcal h Electric assisted power 400 W 400 W Refrigerant R 22 R 410a Refrigerant charge 800g 750g Preci...

Page 12: ...00W 400W Refrigerant R 22 R 410a Refrigerant charge 950g 900g Precision 0 5 Reducer Capillary Protection Overcurrent protection for compressor flow alarm over temperature alarm Pump power 0 55 KW Tank...

Page 13: ...400W 400W Refrigerant R 22 R 410a Refrigerant charge 950g 900g Precision 0 5 Reducer Capillary Protection Overcurrent protection for compressor flow alarm over temperature alarm Pump power 0 55 KW Tan...

Page 14: ...ation pipes are blocked or a pipe bending deformation Check water circulation pipe Ultra high temperature alarm Temperature controller panel display E2 Blocked dust gauze bad thermolysis Unpick and wa...

Page 15: ...CW 6000 6100 6200 Series 15 CW 6000 6100 6200...

Page 16: ...CW 6000 6100 6200 Series 16 17 18 19 20 23 24 25 28...

Page 17: ...CW 6000 6100 6200 Series 17 1 2 200 250V 110V 100 130V 3 50Hz 60Hz 4 NORMAL NORMAL 5 50cm 30cm 6 7 8...

Page 18: ...CW 6000 6100 6200 Series 18...

Page 19: ...CW 6000 6100 6200 Series 19 1 2 3 4 1 2 3 4 5 6 CW 6000 6100 6200 20...

Page 20: ...CW 6000 6100 6200 Series 20 T 506 T 506H 25 T 506 T 506H 1 1 Comp SV Heating INT Ctrl CT Ctrl PARAM Set ALM OUT Room Temp ST DLA 2 6 Room Temp 3 4 RST 5 SET...

Page 21: ...es 21 2 rE 6 3 1 2 4 T 506 T 506H 1 F0 F9 F8 30 25 2 F1 15 5 2 2 3 F2 0 1 3 0 0 3 0 3 4 F3 0 1 1 0 1 0 5 F4 1 20 10 10 6 F5 1 20 15 15 7 F6 40 50 45 45 8 F7 00 99 8 8 9 F8 F9 1 40 35 30 10 F9 1 F8 1 2...

Page 22: ...CW 6000 6100 6200 Series 22 5 SET PARAM Set 1 2 2 25 RST 20 6 1 SET 00 PAS 8 SET F0 2 RST 20 SET 1 2 F0 3 F1...

Page 23: ...es 23 7 1 28 2 5 10 5 30 2 20 1 25 5 19 21 1 1 5 L min T 506 T 506H 1 F0 28 20 30 25 2 F1 2 2 3 F2 2 0 1 0 0 1 0 3 4 F3 0 0 1 0 5 F4 5 4 10 10 6 F5 10 14 15 15 7 F6 45 45 45 45 8 F7 8 8 8 8 9 F8 30 30...

Page 24: ...CW 6000 6100 6200 Series 24 CW 6000 6100 6200 1 2 H1 H2 H1 H3 E6 E6 E6 E1 E2 E3 E4 E5 5A 300V...

Page 25: ...AC 1P 220 V AC 1P 220 V 50 Hz 60 Hz 3 4 11 2 A 0 965 KW 0 895 KW 1 28 HP 1 22 HP 10286 Btu h 9502 Btu h 3 015 KW 2 785 KW 2592 Kcal h 2395 Kcal h 400W 400W R 22 R 410a 800g 750g 0 5 0 55 KW 15 L Rp1...

Page 26: ...1P 220 V 50 Hz 60 Hz 3 4 15 A 1 38 KW 1 29 KW 1 84 HP 1 72 HP 14483 Btu h 14092 Btu h 4 24 KW 4 13 KW 3650 Kcal h 3551 Kcal h 400W 400W R 22 R 410a 950g 900g 0 5 0 55 KW 15 L Rp1 2 Rp1 2 45M 70 L min...

Page 27: ...1P 220 V 50 Hz 60 Hz 3 4 16A 1 68 KW 1 645 KW 2 28 HP 2 24 HP 17510 Btu h 17640 Btu h 5 13 KW 5 17 KW 4420 Kcal h 4446 Kcal h 400W 400W R 22 R 410a 1100g 1200g 0 5 0 55 KW 15 L Rp1 2 Rp1 2 45M 70 L mi...

Page 28: ...CW 6000 6100 6200 Series 28 E6 E6 E2 E1 40...

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