OHM ELECTRIC Cool Cabi OCA-S1300BCD-A200 Instruction Manual Download Page 37

 

13 

- Setting assignment of alarm output terminals 

Initial setting: 0

 

Setting range : 0-3 

Alarm output terminals output once an alarm is detected. 

This is to assign the terminals for each alarm. 

        0 : Monitoring of alarm outputs 

        1 : Monitoring of cooling operation and alarm outputs 

        2 : Monitoring of need for power shutdown and restoration 

              in the event of alarm output 

        3 : Monitoring of continued operation when an alarm occurs 

Note: See page 13 and 14 for the details. 

- Choice of switching method of alarm output terminals 

  Initial setting: 0

 

Setting : 0, 1- 

  This enables inversion of switching OPEN/CLOSE of output 

  terminals. 

          0 : Output occurs as set in the assignment setting of 

                alarm output terminals 

          1 : Reverse action to 0 occurs, however this does not effect 

                between terminals 2 and 3 when AS setting is 1. 

   

Note: See page 13 and 14 for the details. 

   

- Setting of operation mode    Initial setting: 1

 

Setting range : 0-3 

This is to set operation mode of COOLCABI. 

terminals for each alarm. 

        0 : Continuous run 

        1 : Energy-saving mode 1 

        2 : Energy-saving mode 2     

Note: See page 15 and 16 for the details. 

        3 : Energy-saving mode 3 

- Setting of cooling operation time for energy saving mode 3 

  Initial setting: 7

 

Setting range : 7-60 minutes 

  This is to set the cooling operation time when energy-saving 

  mode 3 is selected. 

  Note: This appears when rM is set at 3. 
- Setting of shutdown time for external fan and compressor 

Initial setting: 3

 

Setting range : 3-10 minutes 

This is to set the time period for restarting the compressor after 

shutdown. For prevention of frequent ON/OFF of the compressor, 

cooling operation is suspended during the set period. 

- Display of software version 

This is to display the software version. Unable to change the setting. 

 
 
 
 
 

5-6 Assignment of alarm output terminals 

  Alarm output terminals output once an alarm is detected. By setting the alarm 

  output terminals, monitoring of many different operations is enabled. 

  This setting functions by changing AS and Ao. Before supplying power to 

  the cooling unit, both of terminals 1-2 and terminals 2-3 are open. The time 

lag between power input and the change-over of the terminals is 0.8 seconds. 

(1) Monitoring of alarm output [AS:0]

 

  [Initial setting] 

      Change over the output in the event of alarm. 
(2) Monitoring of cooling operation and alarm output [AS:1] 

Change over the output when cooling operation is done and in the event of alarm 

(3) Monitoring of need for power shutdown and restoration in the event of 

      alarm output [AS:2] 

      This helps to determine whether power shutdown and restoration is required to 

      cancel the alarm, or automatic or manual reset is enabled without power shutdown. 
(4) Monitoring of continued operation when an alarm occurs [AS:3] 

This helps to determine whether or not to continue cooling operation. 

 

When you finish the setting, press SET button for 3 seconds or more. The display shows the 

current internal temperature again and the setting is stored. 

When no button is pressed for more than 30 seconds during parameter setting, the screen 

displays the internal temperature again. To continue parameter setting, keep pressing SET 

button for 3 seconds or more. 

Summary of Contents for Cool Cabi OCA-S1300BCD-A200

Page 1: ...OCA S350BCD A200 OCA S700BCD A200 OCA S1300BCD A200 OCA S2300BCD A200...

Page 2: ...2 20 50 85 RH 70...

Page 3: ...3 OCA S1300BCD A200 OCA S1300BCD A200 14 35 85 RH 3...

Page 4: ...4 M6 2 200mm 30...

Page 5: ...5 P 6 P 7 OCA S1300BCD A200 OCA S700BCD OCA S1300BCD OCA S2300BCD A200...

Page 6: ...6 OCA S350BCD A200 OCA S700BCD A200 OCA S1300BCD A200 OCA S2300BCD A200...

Page 7: ...7 OCA S350BCD A200 OCA S1300BCD A200 35 85 RH...

Page 8: ...8 OCA S350BCD A200 OCA S700BCD A200 1 4 OCA S1300BCD A200 OCA S2300BCD A200 OCA S1300BCD 4 OCA S2300BCD 8...

Page 9: ...A S350BCD A200 OCA S700BCD A200 OCA S1300BCD A200 OCA S1300BCD A200 OCA S350BCD A200 OCA S700BCD A200 OCA S1300BCD A200 OCA S2300BCD A200 a 240V 1 5A 2 P 13 14 AC200V IN L N E 1 2 3 a 240V 1 5A 2 P 13...

Page 10: ...10 OCA S2300BCD A200 1 30mA...

Page 11: ...11 30 ON OFF 1 6 ON OFF ON OFF P 12 35 Set Up Down 35 30 45 Set Up Down 3 30 Down Up Set ALARM Set Down Up RUN...

Page 12: ...3 Set Up Down Set 5 3 10 1 6 ON OFF 30 0 99 Up Down 3 45 35 51 2 1 20 0 0 99 0 1 99 1 100 1 99 9900 24 412 0 0 1 0 1 0 0 1 0 P 17 6 1 2 1 P 17 6 1 2 1 0 1 OPEN CLOSE OPEN CLOSE 0 1 0 0 0 3 0 1 2 3 P...

Page 13: ...13 P 15 16 0 0 1 OPEN CLOSE 0 1 0 1 2 3 P 13 14 1 0 3 0 1 2 3 7 7 60 3 3 3 10 ON OFF Set 3 30 Set 3 AS Ao 1 2 2 3 OPEN 0 8 AS 0 AS 1 AS 2 AS 3...

Page 14: ...E3 E4 CLOSE E5 SE OPEN E1 E3 E4 OPEN 3 E3 E5 SE CLOSE E1 E4 CLOSE E3 E5 SE OPEN E1 E4 OPEN E4 P 12 0 Ao 1 AS 1 2 2 3 0 OPEN CLOSE CLOSE OPEN 1 OPEN CLOSE CLOSE OPEN 2 E5 SE OPEN E1 E3 E4 OPEN E5 SE C...

Page 15: ...15 35 5 35 30 4 P 14 3 30 1 30 5 35 30 ON OFF ON OFF 35 30 ON OFF ON OFF...

Page 16: ...16 7 3 5 5 35 30 ON OFF ON OFF 30 35 45 ON OFF ON OFF...

Page 17: ...17 45 P 14 43 P 14 Set 3 P 14 Set 1 P 14 OFF...

Page 18: ...300BCD OCA S2300BCD OCA S1300BCD A200 OCA S350BCD A200 FM 350BCDIN 200V FM 350BCDOUT 200V OCA S700BCD A200 FM 700BCDIN 200V FM 700BCDOUT 200V OCA S1300BCD A200 FM 1300BCDIN 200V FM 1300BCDOUT 200V OCA...

Page 19: ...19 OCA S1300BCD A200 P 18 OCA S1300BCD A200 35 85 RH OCA S350BCD OCA S700BCD OCA S1300BCD OCA S2300BCD...

Page 20: ...20 OCA S2300BCD A200 50 45 P 11 P 4 P 18 19 P 19 OFF No 7 5kW 1 4 P11 5 4...

Page 21: ...960 1150W 2 270 295W 455 510W 760 875W 1160 1390W 100W 250W 400W 650W 4 20 50 85 RH A 62dB 65dB 65dB 68dB 4 30 45 35 35 85 RH 1a 240V 1 5A 2 COMMON 10 150Hz 1 0G 20 IP54 EMC EN61000 6 2 EN61000 6 4 EN...

Page 22: ...22 OCA S350BCD A200 OCA S700BCD A200 12 12 2 M8 13 4 M6 14 4 M6 14...

Page 23: ...23 OCA S1300BCD A200 OCA S2300BCD A200 12 12 2 M8 13 4 M6 14 2 M8 13 6 M8 14...

Page 24: ...24 1 13 64 19 10 4 431 1304 7000 21 TEL 053 522 5572 FAX 053 522 5573 8 2019 5...

Page 25: ...ents 1 Safety Precautions 2 Part names and evaporation mechanism 3 Mounting 4 Wiring 5 Operation 6 Alarm Safeguard 7 Maintenance 8 Specifications 9 Warranty period 10 Waste disposal Please read this b...

Page 26: ...in short life or damage of the unit Shocks and vibrations should be strictly avoided at the site of use Never tamper or repair the main body Please consult with your local supplier for repairing servi...

Page 27: ...mperature Evaporation fin and the external air that passes through the fin the water vaporizes into the atmosphere Meanwhile such evaporation takes heat away from the surroundings and it brings about...

Page 28: ...as shown in the right Ground the wire without fail to prevent electrical shocks Electrical works required for installation of the unit must be done only by specialists Improper installation may result...

Page 29: ...nd the nuts from inside the control panel and secure them 6 To ensure keep the panel interior airtight caulk the gaps completely if any 7 Apply the enclosed Alarm description label to an appropriate p...

Page 30: ...6 Cutouts for mounting View from outside the panel OCA S350BCD A200 OCA S700BCD A200 OCA S1300BCD A200 OCA S2300BCD A200...

Page 31: ...deg C and humidity not exceeding 85 RH for both ambient and enclosure interior When the evaporation fin or the evaporation sheet is dirty When passing air volume in evaporation mechanism declined due...

Page 32: ...is hooked Unscrew first and then lift up the panel to remove 2 Detach the Maintenance panel by removing 4 screws 3 Absorb the water in the Evaporation pan and the Water pan with a syringe or a wiping...

Page 33: ...ured 6 For the application using crimp terminals the bar terminals made by Phoenix Contact 4 2 Circuit diagram OCA S350BCD A200 OCA S750BCD A200 OCA S1300BCD A200 Example OCA S1300BCD A200 The number...

Page 34: ...e made so as to assure stable operation without affected by such current as well as providing effective protection against possible overcurrent thereafter b For earth leakage breakers use a reference...

Page 35: ...ting temperature Caution Setting temperature should be basically at 35 Avoid setting at an unnecessarily low value which may cause excessive ondensation or drainage 1 Turn on the unit The current inte...

Page 36: ...tting range 0 99 This is the function to remind you maintenance works in a timely manner 0 This function is ineffective 1 99 1 means 100 hours Notification period can be set between 100 to 9900 hours...

Page 37: ...eriod for restarting the compressor after shutdown For prevention of frequent ON OFF of the compressor cooling operation is suspended during the set period Display of software version This is to displ...

Page 38: ...E3 E5 and SE OFF OPEN Alarm E1 and E4 OFF OPEN Alarm E4 is not output when Fo is set at 0 See page 12 Assignment table of Alarm output terminals Ao 1 AS Terminals 1 2 Terminals 2 3 Description Operati...

Page 39: ...eration will not start for a certain period of time initial setting 3 min after cooling operation has stopped even if the internal temperature goes up to the set temperature 1 Continuous run Cooling o...

Page 40: ...he air is not circulated by the internal fan For protection of the refrigerant circuit the internal fan will not stop for 5 minutes after cooling operation has stopped The internal fan runs continuous...

Page 41: ...See the assignment table of alarm output terminals in page 14 Current internal temperatures and E4 are displayed by turns to remind you to carry out maintenance work Cooling operation will be continu...

Page 42: ...0BCD CF S2 2 pcs set OCA S2300BCD 7 2 Replacement of external fan Example OCA S1300BCD A200 In the event of a fan failure go through the following steps to replace the fan 1 Remove the suction port fi...

Page 43: ...orking condition is within the specified range 35 deg C 85 RH both inside and outside an enclosure the Evaporation fin or the Evaporation sheet may be contaminated Carry out maintenance work according...

Page 44: ...here temperature exceeds 45 f Clean the filter g Check temperature setting and the internal temperature In case of fan failure replace the fan h To check whether the fan works properly execute forcibl...

Page 45: ...ection External output Alarm output 1a 240V 1 5Ax2 Output Common Vibration resistance Vibratility 10 150Hz Acceleration 1 0G Sweep cycle 20 times Protective category Equivalent to IP54 for internal ci...

Page 46: ...arm air Air from outside Cool air Air from inside External suction port filter white Evaporation sheet Terminal board Bottom view 4 M6 Depth 14mm For fixing bolt Top view 2 M8 Depth 13mm For eyebolt A...

Page 47: ...ottom view Top view Air from outside Warm air 2 M8 Depth 13mm For eyebolt External suction port filter white Drain pipe outer dia 12mm Evaporation sheet Cool air Air from inside Terminal board 6 M6 De...

Page 48: ...user Recovery of the refrigerant should be done by an authorized waste disposer Owner s management responsibility Check of equipment The enclosure cooling unit needs simple regular inspection Daily c...

Reviews: