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Rev. 0508 

3

Sporland Omnistat Time Clock program Settings

LIST OF pARAMeTeRS

Display parameter

Type Min Max Unit Default

value 
CIDM        

pS

pASSWORD

F

0 199

-

22

/

pROBe pARAMeTeRS

/C

ambient probe calibration (x 0.1°C/°F)

F -17 17 °C/°F 0.0

0.0

/

Measurement stability

C

1

15

-

4

4

/4

probe display: 0 = regulation probe, 1 = product food probe (second probe)

C

0

1

flag

0

1

/5

°C/°F (0=°C, 1=°F)

C

0

1

flag

0

1

r

ReGULATOR pARAMeTeRS

rd

Regulating differential (hysteresis 0=0.5 °C/ °F)

F

0

19 °C/°F

8

r1

Minimum allowable set

C

-50 r °C/°F -50

26°F

r

Maximum allowable set Cr1 17 °C/°F 60

C

r1 17 °C/°F

60

32°F

r3

Enabling Ed alarm: max duration of defrost is reached (0 = no, 1 = yes)

C

0

1

flag

0

0

r4

Automatic variation of the Set-Point with closed curtain-switch (A4=4) 

C

-0 0 °C/°F

3

nU*

c

COMpReSSOR pARAMeTeRS

c0

Delay in the compressor start-up after switch-on

C

0

15 min

0

1

c1

Minimum time between two following compressor start-ups

C

0

15 min

0

1

c

Compressor shutdown minimum time

C

0

15 min

0

1

c3

Compressor operation minimum time

C

0

15 min

0

2

c4

Safety compressor (0 = OFF, 100 = ON)

C

0 100 min

0

10

cc

Continuous cycle duration

C

0

15 hours

4

2

c6

Alarm delay after continuous cycle

C

0

15 hours

6

d

DeFROST pARAMeTeRS

d0

defrost type (0 = heater, 1 = hot gas,  = time resistance, 3 = time hot gas)

C

0

3

flag

0

2

d1

Time interval between two defrost cycles

F

0 199 hours

8

4

dt

End defrost temperature

F

-50 17 °C/°F

4

60

dP

Max defrost duration or effective duration if d0= or 3

F

1 199 min

30

25

d4

Defrost after start-up (0 = no, 1 = yes)

C

0

1

flag

0

0

d5

Delay defrost after control Switch-On or from digital input (A4 or A5=4)

C

0 199 min

0

0

d6

Block temperature display during defrost (0 = no, 1 = yes)

C

0

1

flag

1

1

dd

Dripping time after defrost

F

0

15 min

0

d8

Alarm delay after defrost

F

0

15 hours

1

2

d9

defrost priority over compressor protection (0 = no, 1 = yes)

C

0

1

flag

0

0

d/

Temperature defrost probe display

F

-

- °C/°F

-

-

dC

Time base (0=hours/min, 1=min/s) Only for dl and dP

C

0

1

flag

0

0

A

ALARM pARAMeTeRS

A0

Alarms and fans differential (0=0.5 °C/°F)

C

0

19 °C/°F

0

0

AL

Low temperature alarm (max. variation as to the Set-Point). AL=0 excluded Low temperature alarm

F

0 17 °C/°F

0

0

AH

High temperature alarm (max. variation as to the Set-Point). AH=0 excluded High temperature alarm F

0 17 °C/°F

0

0

Ad

Temperature alarm delay

C

0 199 min

0

0

A7

Measurement delay time for the input “delayed alarm” (A4 or A5=)

C

0 199 min

0

nU*

F

FAn pARAMeTeRS

F0

Management of fans: 0=fans ON, specific phases excluded (F2, F3 and Fd) 1 = fans ON (dependent 

on parameter F1) specific phases excluded

C

0

1

flag

0

n/A

F1

Fan power on temperature

F

-50 17 °C/°F

5

n/A

F

Fans OFF when the compressor is OFF (0 = no, 1 = yes)

C

0

1

flag

1

n/A

F3

Fans OFF during defrost (0 = no, 1 = yes)

C

0

1

flag

1

n/A

Fd

Stop after dripping ON for each F0 value

F

0

15 min

1

n/A

H

OTHeR SeLeCTIOnS

H0

Serial address

C

0 199

-

1

1

H1

Selection of the alarm relay operation 0=alarm ON, energized relay, 1= alarm ON, disenergized relay

C

0

1

flag

1

1

H

0=disabled buttons, 1=enabled buttons

C

0

1

flag

1

0

H5

Identification code for programming key (programmed by supervisor)

F

-99 199

-

-

-

T

External parameter programming

C

-99 99

-

0

0

*show the set value

NU*: not used parameter, leave the default value

please contact Sporlan valve Company for further information. www.sporIan.com

Summary of Contents for CHINO CIDM-E

Page 1: ...CIDM E CIDM I p n IGIC CIDM 0508 INSTALLATION OPERATION GUIDE CHINO CIDM E I Rev 0508 Installation Operation Manual...

Page 2: ...ains Information on CIDME CIDMI Refrigerated Self Service Island Display including 4 Crown and 3 Center Modules available as standard refrigerated med temp Shipping Damage All equipment should be thor...

Page 3: ...Plan Views 29 1 2 6 9 19 5 16 6 3 16 2 7 8 11 3 11 16 40 13 16 48 3 16 CIDM ISLAND 3 11 16 CIDME 34 7 8 3 1 16 12 13 16 27 36 33 30 3 8 10 Elec Elec Elec Ref 26 1 8 25 1 8 23 1 16 21 1 8 23 1 8 Ref D...

Page 4: ...hen cases are joined in the field When joining use a carpenters level and shim legs accordingly Case must be raised correctly under legs where support is best to prevent damage to case 1 Check level o...

Page 5: ...and product losses Please follow the recommendations listed below when installing condensate drains to insure a proper installation 1 Never use pipe for condensate drains smaller than the nominal dia...

Page 6: ...Access to TX Valves and Drain Lines Mechanical Remove product from end of case Remove product racks Remove refrigeration and drain access panels labeled TX valve mechanical only and drain are located...

Page 7: ...s provided on the exterior back of these models is intended for computerized scales with a five amp maximum load not for large motors or other high wattage Finishing Touches Plexiglass Joining Instruc...

Page 8: ...V H O will shorten the shelf life of the product Case Cleaning Long life and satisfactory performance of any equipment are dependent upon the care given to it To insure long life proper sanitation an...

Page 9: ...ocated on the case itself CLEANING PRECAUTIONS When cleaning Do not use high pressure water hoses Do not introduce water faster than waste outlet can drain NEVER ONASELF CONTAINED UNIT WITHAN EVAPORAT...

Page 10: ...DM CIDME 4 X3 W0300006 CIDME w OMNISTAT W0300008 CIDMI 3 W0300007 CIDMI 3 w OMNISTAT W0300009 CIDM I R 14 W0300017 CIDM I SC 14 W0300018 CIDM I R Hot Gas 14 W0300019 CIDM I R Hot Gas 10 W0300020 CIDM...

Page 11: ...FAN H4 H2 H3 H1 L2 ZONE SENSOR IS LOCATED BEHIND THE TOP FRONT DISCHARGE AND IS ATTACHED TO THE FRONT CAD SUPPORT STANDARD EVAP SENSOR IS LOCATED ON THE SECOND RUN OF THE COIL COMING AWAY FROM THE CAD...

Page 12: ...OMNI STAT PN952911 230VAC POWER SUPPLY 230 Vac PROD TEMP AIR TEMP L 9 1 2 3 4 5 6 7 8 CONDENSING UNITS COPELAND F9AM A103 CFV 140 1 H P R 22 RLA 9 5 1857W MCC 13 7 LRA 43 3 225 03 0121 1 R CONDENSING...

Page 13: ...T8 SPX30 2 125 03 1072 F25 T8 SPX30 2 125 03 1072 208 240 VAC 60 Hz L1 ZONE EVAP DEF COMM COMP ALARM FAN H4 H2 H3 H1 L2 ZONE SENSOR IS LOCATED BEHIND THE TOP FRONT DISCHARGE AND IS ATTACHED TO THE FRO...

Page 14: ...MCC 13 7 LRA 43 3 225 03 0121 1 R CONDENSING UNIT M M LIGHT CIRCUIT 93A 100W M CRTL PRSR DUAL 225 01 0706B BLK 14 RED 14 WHT 14 WHT 14 RED 14 BLK 14 RED 14 MCA 7 8A MOP 15A SAFETY SWITCH FLOAT SWITCH...

Page 15: ...2 F25 T8 SPX30 2 125 03 1072 F25 T8 SPX30 2 125 03 1072 F25 T8 SPX30 2 125 03 1072 M M M EVAP FAN MOTORS 2 9W CW 125 01 3076 TERMINAL BLOCK 125 01 0295 BLUE WHITE 115 V L1 2 6 L2 L3 208 V 17 5 17 5 24...

Page 16: ...W BROWN BROWN CAP OFF WIRE CAP OFF WIRE CAP OFF WIRE CAP OFF WIRE WHITE BLACK BROWN BROWN BROWN BROWN YELLOW YELLOW RED RED BLUE WHITE BLUE WHITE BLUE BLUE BALLAST 125 01 3273 MAGNETE B432PUNVHP A BAL...

Page 17: ...B432PUNVHP A BLUE BLUE BLUE WHITE BLUE WHITE RED RED YELLOW YELLOW BROWN BROWN BROWN BROWN BLACK WHITE F15 T8 SPX30 2 125 03 0007 F15 T8 SPX30 2 125 03 0007 F15 T8 SPX30 2 125 03 0007 F15 T8 SPX30 2 1...

Page 18: ...W BROWN BROWN CAP OFF WIRE CAP OFF WIRE CAP OFF WIRE CAP OFF WIRE WHITE BLACK BROWN BROWN BROWN BROWN YELLOW YELLOW RED RED BLUE WHITE BLUE WHITE BLUE BLUE BALLAST 125 01 3273 MAGNETE B432PUNVHP A BAL...

Page 19: ...F17T8 24 125 03 1071 F17T8 24 125 03 1071 F17T8 24 125 03 1071 F17T8 24 125 03 1071 F17T8 24 125 03 1071 F17T8 24 125 03 1071 F17T8 24 125 03 1071 F17T8 24 125 03 1071 F32T8 48 125 03 1073 F32T8 48 1...

Page 20: ...5 03 1073 M M M 15 AMP FUSE 125 01 3282 FUSE HOLDER 125 01 3283 15 AMP FUSE 125 01 3282 FUSE HOLDER 125 01 3283 BLACK WHITE M FAN MOTORS 4 9W CW 00001212 F15T8 18 125 03 1075 F15T8 18 125 03 1075 F15T...

Page 21: ...18 07 CIDM W0300021 CIDM E R EVAP FAN MOTORS 2 125 01 0615A 6A 49W 120VAC LIGHT SWITCH TOGGLE 125 01 0307 INSIDE PERIMETER LIGHTS 2 125 03 1075 F15 T8 SPX30 OUTSIDE PERIMETER LIGHTS 4 125 03 1071 F17...

Page 22: ...MCA 65A MOP 15A L1 N BLK 14 WHT 14 TAG ORANGE BLK 14 WHT 14 TAG BROWN BALLAST 125 01 3266 FULHAM LH3 120 L INCOMING POWER 120 VAC 60 Hz GFCI DUPLEX 125 01 3178 BLK NOTE FOR GFCI PROTECTION IF MORE THA...

Page 23: ...t after control Switch On or from digital input A4 or A5 4 C 0 199 min 0 0 d6 Block temperature display during defrost 0 no 1 yes C 0 1 flag 1 1 dd Dripping time after defrost F 0 15 min 2 0 d8 Alarm...

Page 24: ...POINT desired temperature value Press the SET button for one second to display the Set Point value After few seconds the set value blinks Press UP or DOWN to increase or decrease the set point value p...

Page 25: ...with normal refrigeration practices Refrigeration piping should be insulated according to Hussmann s recommendations 1 3 A clogged waste outlet blocks refrigeration The installer is responsible for th...

Page 26: ...arge opening c READING It should first be determined that the refrigerator is refrigerating and has operated at least one hour since the end of the last defrost period The thermometer reading should b...

Page 27: ...hese rules a Buy quality products b Receive perishables from transit equipment at the ideal temperature for the particular product c Expedite perishables to the store s storage equipment to avoid unne...

Page 28: ...________________________________ _______________ ___________________________________________________________________________________________________ _______________ ___________________________________...

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